This page details the test specification for ACM for all new and existing functionality.

Prerequisites

Access to a development laptop capable of running many docker containers
Access to a Kubernetes cluster, either locally or remotely (if carrying out kubernetes participant tests)

Environment Setup

The immediate components like, acm, participants, databases etc will be deployed in your local environment using docker compose configurations from the policy/docker repo details are in the documentation here. However, we want to add mock participants for http, k8s and policy participants. So, we have to replace the docker-compose.yaml in the policy/docker `/compose` directory with this one

Once this change is made, we can bring up all our required components with `./start-compose.sh policy-clamp-runtime-acm`

Test Group Setup Steps

	Steps for Scenario Setup	Scenario Finish Steps
Successful Endpoint Interaction	Deploy relevant policy components with instructions give in the above section In this case, we will be testing that the behaviour of the participant is correct in successful situations The mock participant can be used for http, k8s and policy participants Mock participant is also deployed with the policy docker compose. There is a postman collection specifically for the successful endpoint interaction scenario here Once the docker containers are deployed, you can confirm their health with the healthcheck calls specified in the collection for acm and the participants. After each test or set of tests, the relevant calls in directory "Cleanup ACs" should be run. e.g. undeploy, deprime etc.
Non-Successful Endpoint Interaction	Deploy relevant policy components with instructions give in the above section In this case, we will be testing that the behaviour of the runtime in non successful situations The mock participant can be used for http, k8s and policy participants Mock participant is also deployed with the policy docker compose. There is a postman collection specifically for the successful endpoint interaction scenario here Once the docker containers are deployed, you can confirm their health with the healthcheck calls specified in the collection for acm and the participants. After each test or set of tests, the relevant calls in directory "Cleanup ACs" should be run. e.g. undeploy, deprime etc.
Failure Handling Scenario	Deploy relevant policy components with instructions give in the above section In this case, we will be testing that the behaviour of the participant is correct in failure situations The mock participant can be used for http, k8s and policy participants Mock participant is also deployed with the policy docker compose. There is a postman collection specifically for the failure handling scenario here Once the docker containers are deployed, you can confirm their health with the healthcheck calls specified in the collection for acm and the participants. After each test or set of tests, the relevant calls in directory "Cleanup ACs" should be run. e.g. undeploy, deprime etc.
Participant Set Properties Scenario	Deploy relevant policy components with instructions give in the above section In this case, we will be testing that the behaviour of the participant is correct when the participant is used to set properties in "outProperties" The mock participant can be used for http, k8s and policy participants - the example will be for the http participant Mock participant is also deployed with the policy docker compose. There is a postman collection specifically for the participant set properties scenario here Once the docker containers are deployed, you can confirm their health with the healthcheck calls specified in the collection for acm and the participants. After each test or set of tests, the relevant calls in directory "Cleanup ACs" should be run. e.g. undeploy, deprime etc.
Participant Restart Scenario	Deploy relevant policy components with instructions given in the above section In this case, we will be testing the behaviour of the runtime and participants when restarted at various stages. Any of the actual participant can be used to carry out the tests The postman collection to test restart functionality with policy participant can be found here Once the docker containers are deployed, you can confirm their health with the healthcheck calls specified in the collection for acm and the participants. After each test or set of tests, the relevant calls in directory "Cleanup ACs" should be run. e.g. undeploy, deprime etc.
Multiple Simultaneous Message Scenario	Relevant instructions give in the below section
Timeout Scenario	Deploy relevant policy components with instructions give in the above section The example will be for the http mock, k8s mock and policy mock participants that are deployed with the policy docker compose. Relevant instructions and flow give in the below section
Update Scenario	Deploy relevant policy components with instructions given in the above section In this case, we will be testing the behavior of ACM update properties functionality is correct Mock participant can be used for http, k8s and policy participant - the example will be for the http participant Please find the postman collection for update scenario here Once the docker containers are deployed, you can confirm their health with healthcheck calls specified in the collection for acm and the participants. After each test or set of tests, the relevant calls in directory "Cleanup ACs" should be run.
Check Validation Scenario	Deploy relevant policy components with instructions give in the above section In this case, we will be testing that the behaviour of the participant and checking the validaton scenarios The mock participant can be used for http, k8s and policy participants Mock participant is also deployed with the policy docker compose. There is a postman collection specifically for the checking validation scenario here Once the docker containers are deployed, you can confirm their health with the healthcheck calls specified in the collection for acm and the participants. After each test or set of tests, the relevant calls in directory "Cleanup ACs" should be run. e.g. undeploy, deprime etc.
Migration Scenario	Deploy relevant policy components with instructions given in the above section In this case, we will be testing the behavior of ACM migration functionality is correct The mock participant can be used for http, k8s and policy participants Mock participant is also deployed with the policy docker compose. There is a postman collection specifically for the checking validation scenario: DEMO Simulator Migration.postman_collection.json After each test or set of tests, the relevant calls in directory "Cleanup ACs" should be run.

Test Cases

In all test cases, that are calling rest endpoints, it is the ACM rest API that is being called. The url prefix to each rest call is: IP_ADDRESS:RUNTIME_PORT/onap/policy/clamp/acm/v2/. Use the provided POSTMAN collection to make the relevant calls.

Functionality Being Tested	Title	Test case	Steps	Expected Result	Test Result PASS/FAIL	Notes	Mock Participant
Failure Handling	Prime AC Def and confirm test failure from http, k8s and policy participants	Prime AC def - http, k8s and policy participants should send back error message	Call each put request in the "Prime Failure Scenario" directory - each should return 200 Call "Create AC Definition" - response should be 201 Call "Priming AC definition" - response should be 202 Finally call "Get commission"	200 response In the response json, we should see – "state": "PRIMING" – and also a message in each element "Prime failed!"		HTTP Participant, K8s Participant, Policy Participant	Y
Failure Handling	Deprime AC Def and confirm test failure from http, k8s and policy participants	Deprime AC def - http, k8s and policy participants should send back error message	Call each put request in the "Deprime Failure Scenario" directory - each should return 200 Call "Create AC Definition" - response should be 201 Call "Priming AC definition" - response should be 202 Call "Depriming AC definition" - response should be 202 Finally call "Get commission"	200 response In the response json, we should see – "state": "PRIMED" – and also a message in each element "Deprime failed!"		HTTP Participant, K8s Participant, Policy Participant	Y
Failure Handling	Deploy AC instance and confirm test failure from http, k8s and policy participants	Deploy AC instance - http, k8s and policy participants should send back error message	Call each put request in the "Deploy Failure Scenario" directory - each should return 200 Call "Create AC Definition" - response should be 201 Call "Priming AC definition" - response should be 202 Call "Instantiation AC" - response should be 201 Call "Deploy Instantiated" - response should be 202 Finally, we call "Get Instantiated List" and should get a 200 response	200 response with an "automationCompositionList" In the JSON returned, the instance deployState should be "DEPLOYING" Each element should contain the message "Deploy failed!"		HTTP Participant, K8s Participant, Policy Participant	Y
Failure Handling	Undeploy AC instance and confirm test failure from http, k8s and policy participants	Undeploy AC instance - http, k8s and policy participants should send back error message	Call each put request in the "Undeploy Failure Scenario" directory - each should return 200 Call "Create AC Definition" - response should be 201 Call "Priming AC definition" - response should be 202 Call "Instantiation AC" - response should be 201 Call "Deploy Instantiated" - response should be 202 Call "Get Instantiated List" and should get a 200 response and we should see the "deployState: DEPLOYED" for the overall AC. Now, we call the "Undeploy Instantiated" call from the collection and should get a 202 response Call "Get Instantiated List" once again	200 response we should see the overall "deployState: UNDEPLOYING" with a message in each element that says "Deployed"		HTTP Participant, K8s Participant, Policy Participant	Y
Failure Handling	Delete AC instance and confirm test failure from http, k8s and policy participants	Delete AC instance - http, k8s and policy participants should send back error message	Call each put request in the "Delete Failure Scenario" directory - each should return 200 Call "Create AC Definition" - response should be 201 Call "Priming AC definition" - response should be 202 Call "Instantiation AC" - response should be 201 Call "Deploy Instantiated" - response should be 202 Call "Get Instantiated List" and should get a 200 response and we should see the "deployState: DEPLOYED" for the overall AC. Now, we call the "Undeploy Instantiated" call from the collection and should get a 202 response Then, we can call "Delete Instantiated" - should get a 202 Finally, Call "Get Instantiated List" once again	200 response with an "automationCompositionList" In the JSON returned, the instance deployState should be "DELETING" Each element should contain the message "Undeployed"		HTTP Participant, K8s Participant, Policy Participant	Y
Failure Handling	Update AC instance and confirm test failure from http, k8s and policy participants	Update AC instance - http, k8s and policy participants should send back error message	Call each put request in the "Update Failure Scenario" directory - each should return 200 Call "Create AC Definition" - response should be 201 Call "Priming AC definition" - response should be 202 Call "Instantiation AC" - response should be 201 Call "Deploy Instantiated" - response should be 202 Call "Get Instantiated List" and should get a 200 response and we should see the "deployState: DEPLOYED" for the overall AC. Now, we call the "Update Instantiation AC" call from the collection and should get a 200 response Finally, Call "Get Instantiated List" once again	200 response with an "automationCompositionList" In the JSON returned, the instance deployState should be "UPDATING" Each element should contain the message "Update failed!"		HTTP Participant, K8s Participant, Policy Participant	Y
Failure Handling	Unlock AC instance and confirm test failure from http, k8s and policy participants	Unlock AC instance - http, k8s and policy participants should send back error message	Call each put request in the "Unlock Failure Scenario" directory - each should return 200 Call "Create AC Definition" - response should be 201 Call "Priming AC definition" - response should be 202 Call "Instantiation AC" - response should be 201 Call "Deploy Instantiated" - response should be 202 Call "Get Instantiated List" and should get a 200 response and we should see the "deployState: DEPLOYED" for the overall AC. Now, we call the "Unlock Instantiated" call from the collection and should get a 202 response Finally, Call "Get Instantiated List" once again	200 response with an "automationCompositionList" In the JSON returned, the instance deployState should be "UNLOCKING" Each element should contain the message "Unlock failed!"		HTTP Participant, K8s Participant, Policy Participant	Y
Failure Handling	Lock AC instance and confirm test failure from http, k8s and policy participants	Lock AC instance - http, k8s and policy participants should send back error message	Call each put request in the "Lock Failure Scenario" directory - each should return 200 Call "Create AC Definition" - response should be 201 Call "Priming AC definition" - response should beDeploy 202 Call "Instantiation AC" - response should be 201 Call "Deploy Instantiated" - response should be 202 Call "Get Instantiated List" and should get a 200 response and we should see the "deployState: DEPLOYED" for the overall AC. Now, we call the "Unlock Instantiated" call from the collection and should get a 202 response Then, call "Lock Instantiated" from the collection - should get a 202 response Finally, Call "Get Instantiated List" once again	200 response with an "automationCompositionList" In the JSON returned, the instance deployState should be "LOCKING" Each element should contain the message "Unlocked"		HTTP Participant, K8s Participant, Policy Participant	Y

Participant composition Out Properties	Set composition outProperties using the participant and retrieve them from the database	Any properties we set on the participant-side "outProperties" object should be retrievable from ACM	Call "Create AC Definition" - response should be 201 Call "Set parameters in http-participant" (to increase the delay for priming, deploy and depriming) - response should be 200 Call "Priming AC definition" - response should be 202 Call "Get commission" and should get a 200 response and we should see the "state: PRIMING" for the overall AC Definition. We should also be able to see an empty "outProperties" object under the http element. Call "Set composition outProperties in http-participant" when participant is still priming - the response should be 200. Call "Get composition outProperties from http-participant" - the response should be 200. We should see the outProperties object with values set before Finally, Call "Get commission".	200 response with an AC Definition object The outProperties object should now look like the json illustrated in the next column		"outProperties": { "updateAll": "true", "nest": { "birdone": "jack", "birdtwo": "cuckoo", "egg": 4 }, "list": [ { "id": 10 }, { "id": 20 } ] }
Participant composition Out Properties	Set composition outProperties using the participant and retrieve them from the database	Any properties we set on the participant-side "outProperties" object should be retrievable from ACM	Call "Create AC Definition" - response should be 201 Call "Priming AC definition" - response should be 202 Call "Get commission" and should get a 200 response and we should see the "state: PRIMED" for the overall AC Definition. We should also be able to see an empty "outProperties" object under the http element. Call "Set parameters in http-participant" (to increase the delay for priming, deploy and depriming) - response should be 200 Call "Depriming AC definition" - response should be 202 Call "Set composition outProperties in http-participant" when participant is still depriming - the response should be 200. Call "Get composition outProperties from http-participant" when participant is still depriming - the response should be 200. We should see the outProperties object with values set before Finally, Call "Get commission".	200 response with an AC Definition object The outProperties object should now look like the json illustrated in the next column		"outProperties": { "updateAll": "true", "nest": { "birdone": "jack", "birdtwo": "cuckoo", "egg": 4 }, "list": [ { "id": 10 }, { "id": 20 } ] }
Participant composition Out Properties	Try to Set outProperties using the participant and retrieve them from the database before the composition is primed	Any properties we set on the participant-side composition "outProperties" object should not be retrievable from ACM before the composition is primed	Call "Create AC Definition" - response should be 201 Call "Get commission" and should get a 200 response and we should see the "State: COMMISSIONED" for the overall AC Definition. We should also be able to see an empty "outProperties" object under the http element. Call "Set composition outProperties in http-participant" - the response should be 200. Finally, Call "Get commission".	200 response with an AC Definition object The outProperties object should be empty as before

Participant Out Properties	Set outProperties using the participant and retrieve them from the database	Any properties we set on the participant-side "outProperties" object should be retrievable from ACM	Call "Create AC Definition" - response should be 201 Call "Priming AC definition" - response should be 202 Call "Instantiation AC" - response should be 201 Call "Deploy Instantiated" - response should be 202 Call "Get Instantiated List" and should get a 200 response and we should see the "deployState: DEPLOYED" for the overall AC. We should also be able to see an empty "outProperties" object under the http element. Call "Set outProperties in http-participant" - the response should be 200. Finally, Call "Get Instantiated List".	200 response with an "automationCompositionList" The outProperties object should now look like the json illustrated in the next column		"outProperties": { "deleteAll": "true", "nest": { "birdone": "sparrow", "birdtwo": "cuckoo", "egg": 4 }, "list": [ { "id": 1 }, { "id": 2 } ] }	Y
Participant Out Properties	Try to Set outProperties using the participant and retrieve them from the database before the instance is deployed	Any properties we set on the participant-side "outProperties" object should not be retrievable from ACM before the instance is deployed	Call "Create AC Definition" - response should be 201 Call "Priming AC definition" - response should be 202 Call "Instantiation AC" - response should be 201 Call "Get Instantiated List" and should get a 200 response and we should see the "deployState: UNDEPLOYED" for the overall AC. We should also be able to see an empty "outProperties" object under the http element. Call "Set outProperties in http-participant" - the response should be 200. Finally, Call "Get Instantiated List".	200 response with an "automationCompositionList" The outProperties object should be empty as before			Y

Non-Successful Endpoint Interaction	Delete AC defintion after priming	Delete the commissioned defintion type2 after priming	Execute DELETE request on runtime acm endpoint {{address}}:{{runtimeport}}/onap/policy/clamp/acm/v2/compositions/{{compositionId2}}	400 Bad Request response. Should not allow to delete when primed		"ACM not in COMMISSIONED state, Update of ACM Definition not allowed"
Non-Successful Endpoint Interaction	Update AC definition after priming	Update AC definition type 2 after priming	Execute PUT request on runtime acm endpoint {{address}}:{{runtimeport}}/onap/policy/clamp/acm/v2/compositions/{{compositionId2}}	406 Not acceptable response Should not allow to update when primed
Non-Successful Endpoint Interaction	Shut down participant and Deploy	Shutdown one of the participants and trigger deployment	Remove one of the participant. Execute PUT request on runtime acm endpoint {{address}}:{{runtimeport}}/onap/policy/clamp/acm/v2/compositions/{{compositionId1}}/instances/{{instanceId1}}	409 Conflict response. Verify if runtime is restricting the deploy operation when one or more associated particpant is OFFLINE
Non-Successful Endpoint Interaction	Delete AC instance with OFFLINE participant	Delete the AC instance after removing participant	Execute DELETE request on runtime-acm {{address}}:{{runtimeport}}/onap/policy/clamp/acm/v2/compositions/{{compositionId2}}/instances/{{instanceId2}}	409 Conflict response. Verify if runtime is restricting the delete operation when one or more associated particpant is OFFLINE
Non-Successful Endpoint Interaction	Deprime AC defintion with OFFLINE participant	Deprime AC defintion when the participant is OFFLINE	Make sure the AC instance is deleted and shutdown the participant again. Execute PUT request on runtime acm endpoint {{address}}:{{runtimeport}}/onap/policy/clamp/acm/v2/compositions/{{compositionId}}	409 Conflict response. Verify if runtime is restricting the deprime operation when one or more associated particpant is OFFLINE
Non-Successful Endpoint Interaction		Verify restricted operations in deployed state	Try to perform the following operations Delete the AC instance2 Deprime the Ac definition 2	All the perfomed operations should return 400 response. The instances should not be allowed to get deleted or deprimed in Deployed state. Update IS allowed now
Non-Successful Endpoint Interaction	Update AC instance property after participant shutdown	Shutdown participant and trigger UPDATE	Shutdown the participant and trigger the update property event on a deployed instance	409 Conflict response. Verify if runtime is restricting the update operation when one or more associated participant is OFFLINE
Non-Successful Endpoint Interaction	Shut down participant on UNLOCKED state	Shut down one of the participants on UNLOCKED state	Manually stop one of the participants	??? Verify the behaviour of runtime when the participant is OFFLINE and the instances are deployed(it depend how restart will be implemented)		This should be updated because the operation will no longer be allowed by ACM if the participant is OFFLINE

Successful Endpoint Interaction	Verify Participant Registration	Verify all the participants	Call "Create AC Definition" - response should be 201 Call "Priming AC definition" - response should be 202 Call "Instantiation AC" - response should be 201 Call "Deploy Instantiated" - response should be 202 Call "Get Instantiated List" and should get a 200 response Finally, call "Get participants" and should get a 200 response.	Verify all the deployed participants with their Ids and current status are retrieved	PASS
Successful Endpoint Interaction	CRUD Automation Composition Types	Create Automation Composition Type 1	Call "Create AC Definition" - response should be 201 Call "Get AutomationCompositions" - response should be 200 Finally, verify AC Definition has been created and returned in the list.	201 Response with compositionId	PASS
Successful Endpoint Interaction		Create Automation composition Type 2	Call "Create AC Definition" with a different definition than previously created - response should be 201 Call "Get AutomationCompositions" - response should be 200 Finally, verify AC Definition has been created and returned in the list.	201 Response with compositionId	PASS
Successful Endpoint Interaction	Update AC definition	Update the AC type 1 with some changes in the common properties	Call " Execute PUT request on runtime acm endpoint {{address}}:{{runtimeport}}/onap/policy/clamp/acm/v2/compositions/{{compositionId1}}	201 Response with composition Id
Successful Endpoint Interaction	Delete AC definition	Delete the Ac type 2	Call "Delete Automation Composition" for Composition 2 - response should be 200	200 Response	PASS
Successful Endpoint Interaction	Fetch Commissioned definition before Priming	Get all the commisioned definitions from db	Call "Get AutomationCompositions" - response should be 200 Finally, verify the two AC Definitions are retrieved with all elements.		OK	Response Expand source { "service_templates": [ { "tosca_definitions_version": "tosca_simple_yaml_1_3", "data_types": { "onap.datatypes.ToscaConceptIdentifier": { "properties": { "name": { "name": "name", "type": "string", "type_version": "0.0.0", "required": true }, "version": { "name": "version", "type": "string", "type_version": "0.0.0", "required": true } }, "name": "onap.datatypes.ToscaConceptIdentifier", "version": "0.0.0", "derived_from": "tosca.datatypes.Root", "metadata": {} }, "org.onap.datatypes.policy.clamp.acm.httpAutomationCompositionElement.RestRequest": { "properties": { "restRequestId": { "name": "restRequestId", "type": "onap.datatypes.ToscaConceptIdentifier", "type_version": "0.0.0", "description": "The name and version of a REST request to be sent to a REST endpoint", "required": true }, "httpMethod": { "name": "httpMethod", "type": "string", "type_version": "0.0.0", "description": "The REST method to use", "required": true, "constraints": [ { "valid_values": [ "POST", "PUT", "GET", "DELETE" ] } ] }, "path": { "name": "path", "type": "string", "type_version": "0.0.0", "description": "The path of the REST request relative to the base URL", "required": true }, "body": { "name": "body", "type": "string", "type_version": "0.0.0", "description": "The body of the REST request for PUT and POST requests", "required": false }, "expectedResponse": { "name": "expectedResponse", "type": "integer", "type_version": "0.0.0", "description": "THe expected HTTP status code for the REST request", "required": true, "constraints": [] } }, "name": "org.onap.datatypes.policy.clamp.acm.httpAutomationCompositionElement.RestRequest", "version": "1.0.0", "derived_from": "tosca.datatypes.Root", "metadata": {} }, "org.onap.datatypes.policy.clamp.acm.httpAutomationCompositionElement.ConfigurationEntity": { "properties": { "configurationEntityId": { "name": "configurationEntityId", "type": "onap.datatypes.ToscaConceptIdentifier", "type_version": "0.0.0", "description": "The name and version of a Configuration Entity to be handled by the HTTP Automation Composition Element", "required": true }, "restSequence": { "name": "restSequence", "type": "list", "type_version": "0.0.0", "description": "A sequence of REST commands to send to the REST endpoint", "required": false, "entry_schema": { "type": "org.onap.datatypes.policy.clamp.acm.httpAutomationCompositionElement.RestRequest", "type_version": "1.0.0" } } }, "name": "org.onap.datatypes.policy.clamp.acm.httpAutomationCompositionElement.ConfigurationEntity", "version": "1.0.0", "derived_from": "tosca.datatypes.Root", "metadata": {} } }, "node_types": { "org.onap.policy.clamp.acm.Participant": { "properties": { "provider": { "name": "provider", "type": "string", "type_version": "0.0.0", "required": false } }, "name": "org.onap.policy.clamp.acm.Participant", "version": "1.0.1", "derived_from": "tosca.nodetypes.Root", "metadata": {} }, "org.onap.policy.clamp.acm.AutomationCompositionElement": { "properties": { "provider": { "name": "provider", "type": "string", "type_version": "0.0.0", "description": "Specifies the organization that provides the automation composition element", "required": false, "metadata": { "common": "true" } }, "startPhase": { "name": "startPhase", "type": "integer", "type_version": "0.0.0", "description": "A value indicating the start phase in which this automation composition element will be started, the first start phase is zero. Automation Composition Elements are started in their start_phase order and stopped in reverse start phase order. Automation Composition Elements with the same start phase are started and stopped simultaneously", "required": false, "constraints": [ { "greater_or_equal": "0" } ], "metadata": { "common": "true" } }, "uninitializedToPassiveTimeout": { "name": "uninitializedToPassiveTimeout", "type": "integer", "type_version": "0.0.0", "description": "The maximum time in seconds to wait for a state chage from uninitialized to passive", "default": 60.0, "required": false, "constraints": [ { "greater_or_equal": "0" } ], "metadata": { "common": "true" } }, "passiveToRunningTimeout": { "name": "passiveToRunningTimeout", "type": "integer", "type_version": "0.0.0", "description": "The maximum time in seconds to wait for a state chage from passive to running", "default": 60.0, "required": false, "constraints": [ { "greater_or_equal": "0" } ], "metadata": { "common": "true" } }, "runningToPassiveTimeout": { "name": "runningToPassiveTimeout", "type": "integer", "type_version": "0.0.0", "description": "The maximum time in seconds to wait for a state chage from running to passive", "default": 60.0, "required": false, "constraints": [ { "greater_or_equal": "0" } ], "metadata": { "common": "true" } }, "passiveToUninitializedTimeout": { "name": "passiveToUninitializedTimeout", "type": "integer", "type_version": "0.0.0", "description": "The maximum time in seconds to wait for a state chage from passive to uninitialized", "default": 60.0, "required": false, "constraints": [ { "greater_or_equal": "0" } ], "metadata": { "common": "true" } } }, "name": "org.onap.policy.clamp.acm.AutomationCompositionElement", "version": "1.0.1", "derived_from": "tosca.nodetypes.Root", "metadata": {} }, "org.onap.policy.clamp.acm.AutomationComposition": { "properties": { "provider": { "name": "provider", "type": "string", "type_version": "0.0.0", "description": "Specifies the organization that provides the automation composition element", "required": false, "metadata": { "common": "true" } }, "elements": { "name": "elements", "type": "list", "type_version": "0.0.0", "description": "Specifies a list of automation composition element definitions that make up this automation composition definition", "required": true, "entry_schema": { "type": "onap.datatypes.ToscaConceptIdentifier", "type_version": "0.0.0" }, "metadata": { "common": "true" } } }, "name": "org.onap.policy.clamp.acm.AutomationComposition", "version": "1.0.1", "derived_from": "tosca.nodetypes.Root", "metadata": {} }, "org.onap.policy.clamp.acm.K8SMicroserviceAutomationCompositionElement": { "properties": { "chart": { "name": "chart", "type": "string", "type_version": "0.0.0", "required": true }, "configs": { "name": "configs", "type": "list", "type_version": "0.0.0", "required": false }, "requirements": { "name": "requirements", "type": "string", "type_version": "0.0.0", "required": false }, "templates": { "name": "templates", "type": "list", "type_version": "0.0.0", "required": false }, "values": { "name": "values", "type": "string", "type_version": "0.0.0", "required": true } }, "name": "org.onap.policy.clamp.acm.K8SMicroserviceAutomationCompositionElement", "version": "1.0.0", "derived_from": "org.onap.policy.clamp.acm.AutomationCompositionElement", "metadata": {} }, "org.onap.policy.clamp.acm.HttpAutomationCompositionElement": { "properties": { "baseUrl": { "name": "baseUrl", "type": "string", "type_version": "0.0.0", "description": "The base URL to be prepended to each path, identifies the host for the REST endpoints.", "required": true }, "httpHeaders": { "name": "httpHeaders", "type": "map", "type_version": "0.0.0", "description": "HTTP headers to send on REST requests", "required": false, "entry_schema": { "type": "string", "type_version": "0.0.0" } }, "configurationEntities": { "name": "configurationEntities", "type": "map", "type_version": "0.0.0", "description": "The connfiguration entities the Automation Composition Element is managing and their associated REST requests", "required": true, "entry_schema": { "type": "org.onap.datatypes.policy.clamp.acm.httpAutomationCompositionElement.ConfigurationEntity", "type_version": "1.0.0" } } }, "name": "org.onap.policy.clamp.acm.HttpAutomationCompositionElement", "version": "1.0.0", "derived_from": "org.onap.policy.clamp.acm.AutomationCompositionElement", "metadata": {} } }, "topology_template": { "node_templates": { "org.onap.k8s.acm.K8SAutomationCompositionParticipant": { "type": "org.onap.policy.clamp.acm.Participant", "type_version": "1.0.1", "properties": { "provider": "ONAP" }, "name": "org.onap.k8s.acm.K8SAutomationCompositionParticipant", "version": "2.3.4", "metadata": {}, "description": "Participant for K8S" }, "onap.policy.clamp.ac.element.K8S_StarterAutomationCompositionElement": { "type": "org.onap.policy.clamp.acm.K8SMicroserviceAutomationCompositionElement", "type_version": "1.0.0", "properties": { "provider": "ONAP", "startPhase": 0, "uninitializedToPassiveTimeout": 300, "podStatusCheckInterval": 30 }, "name": "onap.policy.clamp.ac.element.K8S_StarterAutomationCompositionElement", "version": "1.2.3", "metadata": {}, "description": "Automation composition element for the K8S microservice for AC Element Starter" }, "onap.policy.clamp.ac.element.K8S_BridgeAutomationCompositionElement": { "type": "org.onap.policy.clamp.acm.K8SMicroserviceAutomationCompositionElement", "type_version": "1.0.0", "properties": { "provider": "ONAP", "startPhase": 0, "uninitializedToPassiveTimeout": 300, "podStatusCheckInterval": 30 }, "name": "onap.policy.clamp.ac.element.K8S_BridgeAutomationCompositionElement", "version": "1.2.3", "metadata": {}, "description": "Automation composition element for the K8S microservice for AC Element Bridge" }, "onap.policy.clamp.ac.element.K8S_SinkAutomationCompositionElement": { "type": "org.onap.policy.clamp.acm.K8SMicroserviceAutomationCompositionElement", "type_version": "1.0.0", "properties": { "provider": "ONAP", "startPhase": 0, "uninitializedToPassiveTimeout": 300, "podStatusCheckInterval": 30 }, "name": "onap.policy.clamp.ac.element.K8S_SinkAutomationCompositionElement", "version": "1.2.3", "metadata": {}, "description": "Automation composition element for the K8S microservice for AC Element Sink" }, "org.onap.policy.clamp.acm.HttpParticipant": { "type": "org.onap.policy.clamp.acm.Participant", "type_version": "1.0.1", "properties": { "provider": "ONAP" }, "name": "org.onap.policy.clamp.acm.HttpParticipant", "version": "2.3.4", "metadata": {}, "description": "Participant for Http requests" }, "onap.policy.clamp.ac.element.Http_StarterAutomationCompositionElement": { "type": "org.onap.policy.clamp.acm.HttpAutomationCompositionElement", "type_version": "1.0.0", "properties": { "provider": "ONAP", "uninitializedToPassiveTimeout": 300, "startPhase": 1 }, "name": "onap.policy.clamp.ac.element.Http_StarterAutomationCompositionElement", "version": "1.2.3", "metadata": {}, "description": "Automation composition element for the http requests of AC Element Starter microservice" }, "onap.policy.clamp.ac.element.Http_BridgeAutomationCompositionElement": { "type": "org.onap.policy.clamp.acm.HttpAutomationCompositionElement", "type_version": "1.0.0", "properties": { "provider": "ONAP", "uninitializedToPassiveTimeout": 300, "startPhase": 1 }, "name": "onap.policy.clamp.ac.element.Http_BridgeAutomationCompositionElement", "version": "1.2.3", "metadata": {}, "description": "Automation composition element for the http requests of AC Element Bridge microservice" }, "onap.policy.clamp.ac.element.Http_SinkAutomationCompositionElement": { "type": "org.onap.policy.clamp.acm.HttpAutomationCompositionElement", "type_version": "1.0.0", "properties": { "provider": "ONAP", "uninitializedToPassiveTimeout": 300, "startPhase": 1 }, "name": "onap.policy.clamp.ac.element.Http_SinkAutomationCompositionElement", "version": "1.2.3", "metadata": {}, "description": "Automation composition element for the http requests of AC Element Sink microservice" }, "onap.policy.clamp.ac.element.AutomationCompositionDefinition": { "type": "org.onap.policy.clamp.acm.AutomationComposition", "type_version": "1.0.1", "properties": { "provider": "ONAP", "elements": [ { "name": "onap.policy.clamp.ac.element.K8S_StarterAutomationCompositionElement", "version": "1.2.3" }, { "name": "onap.policy.clamp.ac.element.K8S_BridgeAutomationCompositionElement", "version": "1.2.3" }, { "name": "onap.policy.clamp.ac.element.K8S_SinkAutomationCompositionElement", "version": "1.2.3" }, { "name": "onap.policy.clamp.ac.element.Http_StarterAutomationCompositionElement", "version": "1.2.3" }, { "name": "onap.policy.clamp.ac.element.Http_BridgeAutomationCompositionElement", "version": "1.2.3" }, { "name": "onap.policy.clamp.ac.element.Http_SinkAutomationCompositionElement", "version": "1.2.3" } ] }, "name": "onap.policy.clamp.ac.element.AutomationCompositionDefinition", "version": "1.2.3", "metadata": {}, "description": "Automation composition for Demo" } }, "policies": [] }, "name": "tosca", "version": "1.0.0", "metadata": { "compositionId": "8c3f8b69-7464-40dc-b034-0f73f200729f" } } ] }
Successful Endpoint Interaction	Priming	Prime AC definition 1	Ensure AC Type 1 & 2 are commissioned. Call "Prime Automation Composition Definition 1" - response 202 Finally, confirm compositionid1 is returned in the response body	202 response	PASS
Successful Endpoint Interaction		Prime AC definition 2	Ensure AC Type 1 & 2 are commissioned. Call "Prime Automation Composition Definition 2" - response 202 Finally, confirm compositionid2 is returned in the response body	202 response	PASS	Create the composition Type 2 again after it was deleted earlier
Successful Endpoint Interaction	Fetch Commisioned definition after Priming	Get all the commisioned definitions from db	Call "Get AutomationCompositions" - response should be 200 Finally, verify the two AC Definitions are retrieved with all elements.	200 response	OK	Response Expand source { "service_templates": [ { "tosca_definitions_version": "tosca_simple_yaml_1_3", "data_types": { "onap.datatypes.ToscaConceptIdentifier": { "properties": { "name": { "name": "name", "type": "string", "type_version": "0.0.0", "required": true }, "version": { "name": "version", "type": "string", "type_version": "0.0.0", "required": true } }, "name": "onap.datatypes.ToscaConceptIdentifier", "version": "0.0.0", "derived_from": "tosca.datatypes.Root", "metadata": {} }, "org.onap.datatypes.policy.clamp.acm.httpAutomationCompositionElement.RestRequest": { "properties": { "restRequestId": { "name": "restRequestId", "type": "onap.datatypes.ToscaConceptIdentifier", "type_version": "0.0.0", "description": "The name and version of a REST request to be sent to a REST endpoint", "required": true }, "httpMethod": { "name": "httpMethod", "type": "string", "type_version": "0.0.0", "description": "The REST method to use", "required": true, "constraints": [ { "valid_values": [ "POST", "PUT", "GET", "DELETE" ] } ] }, "path": { "name": "path", "type": "string", "type_version": "0.0.0", "description": "The path of the REST request relative to the base URL", "required": true }, "body": { "name": "body", "type": "string", "type_version": "0.0.0", "description": "The body of the REST request for PUT and POST requests", "required": false }, "expectedResponse": { "name": "expectedResponse", "type": "integer", "type_version": "0.0.0", "description": "THe expected HTTP status code for the REST request", "required": true, "constraints": [] } }, "name": "org.onap.datatypes.policy.clamp.acm.httpAutomationCompositionElement.RestRequest", "version": "1.0.0", "derived_from": "tosca.datatypes.Root", "metadata": {} }, "org.onap.datatypes.policy.clamp.acm.httpAutomationCompositionElement.ConfigurationEntity": { "properties": { "configurationEntityId": { "name": "configurationEntityId", "type": "onap.datatypes.ToscaConceptIdentifier", "type_version": "0.0.0", "description": "The name and version of a Configuration Entity to be handled by the HTTP Automation Composition Element", "required": true }, "restSequence": { "name": "restSequence", "type": "list", "type_version": "0.0.0", "description": "A sequence of REST commands to send to the REST endpoint", "required": false, "entry_schema": { "type": "org.onap.datatypes.policy.clamp.acm.httpAutomationCompositionElement.RestRequest", "type_version": "1.0.0" } } }, "name": "org.onap.datatypes.policy.clamp.acm.httpAutomationCompositionElement.ConfigurationEntity", "version": "1.0.0", "derived_from": "tosca.datatypes.Root", "metadata": {} } }, "node_types": { "org.onap.policy.clamp.acm.Participant": { "properties": { "provider": { "name": "provider", "type": "string", "type_version": "0.0.0", "required": false } }, "name": "org.onap.policy.clamp.acm.Participant", "version": "1.0.1", "derived_from": "tosca.nodetypes.Root", "metadata": {} }, "org.onap.policy.clamp.acm.AutomationCompositionElement": { "properties": { "provider": { "name": "provider", "type": "string", "type_version": "0.0.0", "description": "Specifies the organization that provides the automation composition element", "required": false, "metadata": { "common": "true" } }, "startPhase": { "name": "startPhase", "type": "integer", "type_version": "0.0.0", "description": "A value indicating the start phase in which this automation composition element will be started, the first start phase is zero. Automation Composition Elements are started in their start_phase order and stopped in reverse start phase order. Automation Composition Elements with the same start phase are started and stopped simultaneously", "required": false, "constraints": [ { "greater_or_equal": "0" } ], "metadata": { "common": "true" } }, "uninitializedToPassiveTimeout": { "name": "uninitializedToPassiveTimeout", "type": "integer", "type_version": "0.0.0", "description": "The maximum time in seconds to wait for a state chage from uninitialized to passive", "default": 60.0, "required": false, "constraints": [ { "greater_or_equal": "0" } ], "metadata": { "common": "true" } }, "passiveToRunningTimeout": { "name": "passiveToRunningTimeout", "type": "integer", "type_version": "0.0.0", "description": "The maximum time in seconds to wait for a state chage from passive to running", "default": 60.0, "required": false, "constraints": [ { "greater_or_equal": "0" } ], "metadata": { "common": "true" } }, "runningToPassiveTimeout": { "name": "runningToPassiveTimeout", "type": "integer", "type_version": "0.0.0", "description": "The maximum time in seconds to wait for a state chage from running to passive", "default": 60.0, "required": false, "constraints": [ { "greater_or_equal": "0" } ], "metadata": { "common": "true" } }, "passiveToUninitializedTimeout": { "name": "passiveToUninitializedTimeout", "type": "integer", "type_version": "0.0.0", "description": "The maximum time in seconds to wait for a state chage from passive to uninitialized", "default": 60.0, "required": false, "constraints": [ { "greater_or_equal": "0" } ], "metadata": { "common": "true" } } }, "name": "org.onap.policy.clamp.acm.AutomationCompositionElement", "version": "1.0.1", "derived_from": "tosca.nodetypes.Root", "metadata": {} }, "org.onap.policy.clamp.acm.AutomationComposition": { "properties": { "provider": { "name": "provider", "type": "string", "type_version": "0.0.0", "description": "Specifies the organization that provides the automation composition element", "required": false, "metadata": { "common": "true" } }, "elements": { "name": "elements", "type": "list", "type_version": "0.0.0", "description": "Specifies a list of automation composition element definitions that make up this automation composition definition", "required": true, "entry_schema": { "type": "onap.datatypes.ToscaConceptIdentifier", "type_version": "0.0.0" }, "metadata": { "common": "true" } } }, "name": "org.onap.policy.clamp.acm.AutomationComposition", "version": "1.0.1", "derived_from": "tosca.nodetypes.Root", "metadata": {} }, "org.onap.policy.clamp.acm.K8SMicroserviceAutomationCompositionElement": { "properties": { "chart": { "name": "chart", "type": "string", "type_version": "0.0.0", "required": true }, "configs": { "name": "configs", "type": "list", "type_version": "0.0.0", "required": false }, "requirements": { "name": "requirements", "type": "string", "type_version": "0.0.0", "required": false }, "templates": { "name": "templates", "type": "list", "type_version": "0.0.0", "required": false }, "values": { "name": "values", "type": "string", "type_version": "0.0.0", "required": true } }, "name": "org.onap.policy.clamp.acm.K8SMicroserviceAutomationCompositionElement", "version": "1.0.0", "derived_from": "org.onap.policy.clamp.acm.AutomationCompositionElement", "metadata": {} }, "org.onap.policy.clamp.acm.HttpAutomationCompositionElement": { "properties": { "baseUrl": { "name": "baseUrl", "type": "string", "type_version": "0.0.0", "description": "The base URL to be prepended to each path, identifies the host for the REST endpoints.", "required": true }, "httpHeaders": { "name": "httpHeaders", "type": "map", "type_version": "0.0.0", "description": "HTTP headers to send on REST requests", "required": false, "entry_schema": { "type": "string", "type_version": "0.0.0" } }, "configurationEntities": { "name": "configurationEntities", "type": "map", "type_version": "0.0.0", "description": "The connfiguration entities the Automation Composition Element is managing and their associated REST requests", "required": true, "entry_schema": { "type": "org.onap.datatypes.policy.clamp.acm.httpAutomationCompositionElement.ConfigurationEntity", "type_version": "1.0.0" } } }, "name": "org.onap.policy.clamp.acm.HttpAutomationCompositionElement", "version": "1.0.0", "derived_from": "org.onap.policy.clamp.acm.AutomationCompositionElement", "metadata": {} } }, "topology_template": { "node_templates": { "org.onap.k8s.acm.K8SAutomationCompositionParticipant": { "type": "org.onap.policy.clamp.acm.Participant", "type_version": "1.0.1", "properties": { "provider": "ONAP" }, "name": "org.onap.k8s.acm.K8SAutomationCompositionParticipant", "version": "2.3.4", "metadata": {}, "description": "Participant for K8S" }, "onap.policy.clamp.ac.element.K8S_StarterAutomationCompositionElement": { "type": "org.onap.policy.clamp.acm.K8SMicroserviceAutomationCompositionElement", "type_version": "1.0.0", "properties": { "provider": "ONAP", "startPhase": 0, "uninitializedToPassiveTimeout": 300, "podStatusCheckInterval": 30 }, "name": "onap.policy.clamp.ac.element.K8S_StarterAutomationCompositionElement", "version": "1.2.3", "metadata": {}, "description": "Automation composition element for the K8S microservice for AC Element Starter" }, "onap.policy.clamp.ac.element.K8S_BridgeAutomationCompositionElement": { "type": "org.onap.policy.clamp.acm.K8SMicroserviceAutomationCompositionElement", "type_version": "1.0.0", "properties": { "provider": "ONAP", "startPhase": 0, "uninitializedToPassiveTimeout": 300, "podStatusCheckInterval": 30 }, "name": "onap.policy.clamp.ac.element.K8S_BridgeAutomationCompositionElement", "version": "1.2.3", "metadata": {}, "description": "Automation composition element for the K8S microservice for AC Element Bridge" }, "onap.policy.clamp.ac.element.K8S_SinkAutomationCompositionElement": { "type": "org.onap.policy.clamp.acm.K8SMicroserviceAutomationCompositionElement", "type_version": "1.0.0", "properties": { "provider": "ONAP", "startPhase": 0, "uninitializedToPassiveTimeout": 300, "podStatusCheckInterval": 30 }, "name": "onap.policy.clamp.ac.element.K8S_SinkAutomationCompositionElement", "version": "1.2.3", "metadata": {}, "description": "Automation composition element for the K8S microservice for AC Element Sink" }, "org.onap.policy.clamp.acm.HttpParticipant": { "type": "org.onap.policy.clamp.acm.Participant", "type_version": "1.0.1", "properties": { "provider": "ONAP" }, "name": "org.onap.policy.clamp.acm.HttpParticipant", "version": "2.3.4", "metadata": {}, "description": "Participant for Http requests" }, "onap.policy.clamp.ac.element.Http_StarterAutomationCompositionElement": { "type": "org.onap.policy.clamp.acm.HttpAutomationCompositionElement", "type_version": "1.0.0", "properties": { "provider": "ONAP", "uninitializedToPassiveTimeout": 300, "startPhase": 1 }, "name": "onap.policy.clamp.ac.element.Http_StarterAutomationCompositionElement", "version": "1.2.3", "metadata": {}, "description": "Automation composition element for the http requests of AC Element Starter microservice" }, "onap.policy.clamp.ac.element.Http_BridgeAutomationCompositionElement": { "type": "org.onap.policy.clamp.acm.HttpAutomationCompositionElement", "type_version": "1.0.0", "properties": { "provider": "ONAP", "uninitializedToPassiveTimeout": 300, "startPhase": 1 }, "name": "onap.policy.clamp.ac.element.Http_BridgeAutomationCompositionElement", "version": "1.2.3", "metadata": {}, "description": "Automation composition element for the http requests of AC Element Bridge microservice" }, "onap.policy.clamp.ac.element.Http_SinkAutomationCompositionElement": { "type": "org.onap.policy.clamp.acm.HttpAutomationCompositionElement", "type_version": "1.0.0", "properties": { "provider": "ONAP", "uninitializedToPassiveTimeout": 300, "startPhase": 1 }, "name": "onap.policy.clamp.ac.element.Http_SinkAutomationCompositionElement", "version": "1.2.3", "metadata": {}, "description": "Automation composition element for the http requests of AC Element Sink microservice" }, "onap.policy.clamp.ac.element.AutomationCompositionDefinition": { "type": "org.onap.policy.clamp.acm.AutomationComposition", "type_version": "1.0.1", "properties": { "provider": "ONAP", "elements": [ { "name": "onap.policy.clamp.ac.element.K8S_StarterAutomationCompositionElement", "version": "1.2.3" }, { "name": "onap.policy.clamp.ac.element.K8S_BridgeAutomationCompositionElement", "version": "1.2.3" }, { "name": "onap.policy.clamp.ac.element.K8S_SinkAutomationCompositionElement", "version": "1.2.3" }, { "name": "onap.policy.clamp.ac.element.Http_StarterAutomationCompositionElement", "version": "1.2.3" }, { "name": "onap.policy.clamp.ac.element.Http_BridgeAutomationCompositionElement", "version": "1.2.3" }, { "name": "onap.policy.clamp.ac.element.Http_SinkAutomationCompositionElement", "version": "1.2.3" } ] }, "name": "onap.policy.clamp.ac.element.AutomationCompositionDefinition", "version": "1.2.3", "metadata": {}, "description": "Automation composition for Demo" } }, "policies": [] }, "name": "tosca", "version": "1.0.0", "metadata": { "compositionId": "19210df5-c5bf-4431-862a-82b148cfb668" } }, { "tosca_definitions_version": "tosca_simple_yaml_1_3", "data_types": { "onap.datatypes.ToscaConceptIdentifier": { "properties": { "name": { "name": "name", "type": "string", "type_version": "0.0.0", "required": true }, "version": { "name": "version", "type": "string", "type_version": "0.0.0", "required": true } }, "name": "onap.datatypes.ToscaConceptIdentifier", "version": "0.0.0", "derived_from": "tosca.datatypes.Root", "metadata": {} }, "org.onap.datatypes.policy.clamp.acm.httpAutomationCompositionElement.RestRequest": { "properties": { "restRequestId": { "name": "restRequestId", "type": "onap.datatypes.ToscaConceptIdentifier", "type_version": "0.0.0", "description": "The name and version of a REST request to be sent to a REST endpoint", "required": true }, "httpMethod": { "name": "httpMethod", "type": "string", "type_version": "0.0.0", "description": "The REST method to use", "required": true, "constraints": [ { "valid_values": [ "POST", "PUT", "GET", "DELETE" ] } ] }, "path": { "name": "path", "type": "string", "type_version": "0.0.0", "description": "The path of the REST request relative to the base URL", "required": true }, "body": { "name": "body", "type": "string", "type_version": "0.0.0", "description": "The body of the REST request for PUT and POST requests", "required": false }, "expectedResponse": { "name": "expectedResponse", "type": "integer", "type_version": "0.0.0", "description": "THe expected HTTP status code for the REST request", "required": true, "constraints": [] } }, "name": "org.onap.datatypes.policy.clamp.acm.httpAutomationCompositionElement.RestRequest", "version": "1.0.0", "derived_from": "tosca.datatypes.Root", "metadata": {} }, "org.onap.datatypes.policy.clamp.acm.httpAutomationCompositionElement.ConfigurationEntity": { "properties": { "configurationEntityId": { "name": "configurationEntityId", "type": "onap.datatypes.ToscaConceptIdentifier", "type_version": "0.0.0", "description": "The name and version of a Configuration Entity to be handled by the HTTP Automation Composition Element", "required": true }, "restSequence": { "name": "restSequence", "type": "list", "type_version": "0.0.0", "description": "A sequence of REST commands to send to the REST endpoint", "required": false, "entry_schema": { "type": "org.onap.datatypes.policy.clamp.acm.httpAutomationCompositionElement.RestRequest", "type_version": "1.0.0" } } }, "name": "org.onap.datatypes.policy.clamp.acm.httpAutomationCompositionElement.ConfigurationEntity", "version": "1.0.0", "derived_from": "tosca.datatypes.Root", "metadata": {} } }, "node_types": { "org.onap.policy.clamp.acm.Participant": { "properties": { "provider": { "name": "provider", "type": "string", "type_version": "0.0.0", "required": false } }, "name": "org.onap.policy.clamp.acm.Participant", "version": "1.0.1", "derived_from": "tosca.nodetypes.Root", "metadata": {} }, "org.onap.policy.clamp.acm.AutomationCompositionElement": { "properties": { "provider": { "name": "provider", "type": "string", "type_version": "0.0.0", "description": "Specifies the organization that provides the automation composition element", "required": false, "metadata": { "common": "true" } }, "startPhase": { "name": "startPhase", "type": "integer", "type_version": "0.0.0", "description": "A value indicating the start phase in which this automation composition element will be started, the first start phase is zero. Automation Composition Elements are started in their start_phase order and stopped in reverse start phase order. Automation Composition Elements with the same start phase are started and stopped simultaneously", "required": false, "constraints": [ { "greater_or_equal": "0" } ], "metadata": { "common": "true" } }, "uninitializedToPassiveTimeout": { "name": "uninitializedToPassiveTimeout", "type": "integer", "type_version": "0.0.0", "description": "The maximum time in seconds to wait for a state chage from uninitialized to passive", "default": 60.0, "required": false, "constraints": [ {
Successful Endpoint Interaction	Create AC instance	Create AC instance 1	Call "Create AC Instance 1". Verify 200 Response returned	200 Response with InstanceId	PASS
Successful Endpoint Interaction		Create AC instance 2	Call "Create AC Instance 2". Verify 200 Response returned	200 Response with InstanceId	PASS
Successful Endpoint Interaction	Update AC instance	Update AC instance1 with wrong paramter	Call "Update AC Instance 1" Verify 200 Response returned	200 Response with Instance id	PASS
Successful Endpoint Interaction	Undeploy AC instance	Undeploy AC instance 1	Call "Undeploy AC Instance 1" Call "Get AC Instance 1" Verify the AC Instance is "UNDEPLOYED"	202 Response. Verify the AC instance's is "UNDEPLOYED"	PASS
Successful Endpoint Interaction	Update AC instance	Update AC instance1 with correct paramter	Call "Update AC Instance 1" Verify 200 Response returned	200 Response with Instance id	PASS
Successful Endpoint Interaction	Delete AC instance	Delete AC instance2	Call "Delete AC Instance 2" Verify 200 Response	200 Response	PASS
Successful Endpoint Interaction	Deploy AC instance	Deploy AC instance 1	Call "Get AC Instances" Verify AC Instance 1 and 2 are created Verify no operation has been carried out by the participants Call "Deploy AC Instance 1" Verify 202 Response	202 Response. Verify the AC instance's admin state is "LOCKED". No operation has been carried out by the participants. Depending on the participant being used and whether it has a specific implementation of lock and unlock.	PASS
Successful Endpoint Interaction		Deploy AC instance 2	Call "Get AC Instances" Verify AC Instance 1 and 2 are created Verify no operation has been carried out by the participants Call "Deploy AC Instance 2" Verify 202 Response	202 Response. Verify the AC instance's admin state is "LOCKED". No operation has been carried out by the participants. Depending on the participant being used and whether it has a specific implementation of lock and unlock.	PASS
Successful Endpoint Interaction		Get deployed instance by id	Call "Get AC Instances" Verify the instance 1 is retrieved and in LOCKED state	Verify the instance is retrieved and present in LOCKED state.	PASS
Successful Endpoint Interaction		UNLOCK the AC instance	Call "Get all participants" Verify all participants are on UNLOCKED STATE	200 Response Verify the k8s , http and policy participants have performed the intended operations on UNLOCKED state	PASS
Successful Endpoint Interaction		Verify the operational state	Fetch the operational state of the AC instance	Verify the instance elements are reporting operational state "ACTIVE" in UNLOCKED state	PASS
Successful Endpoint Interaction		Verify the usage state	Fetch the usage state of the AC instance	Verify the instance elements are reporting usage state "IDLE/BUSY/AVAILABLE" in UNLOCKED state	PASS
Successful Endpoint Interaction		Verify the operational state	Fetch the operational state of the AC instance	Verify the instance elements are reporting operational state "INACTIVE" in LOCKED state	PASS
Successful Endpoint Interaction		Verify the usage state	Fetch the usage state of the AC instance	Verify the instance elements are reporting usage state "IDLE/BUSY/AVAILABLE" in LOCKED state	PASS
Successful Endpoint Interaction	Undeploy AC instance	LOCK the AC instance with instanceid	Call "Get AC Instance 1" Verify the instance is deployed and in UNLOCKED state Call "Lock AC Instance 1" Verify the participants have been removed	200 Response. The instance should be moved to LOCKED state. Participants should have removed the corresponding deployments from the system	PASS
Successful Endpoint Interaction		Delete AC instance	Call "Delete AC Instance 1" Verify 202 Response and the AC instance has been deleted	202 Response. The AC instance should get deleted from the db.	PASS
Successful Endpoint Interaction		Deprime AC defintion	Call "Deprime AC definition" Verify fetching the commisioned defintions and make sure the AC elements are unassigned from the participants	202 Response. The AC instance should get deleted from the db.	PASS
Successful Endpoint Interaction		Delete AC defintion	Call "Delete AC Defintion" Verify the AC Definition has been deleted from the DB	200 Response. The AC defintion should get deleted from the db	PASS

Update Scenario	Update AC instance property on the deployed instance	Verify updating of AC properties in runtime	Make sure the AC instance is deployed successfully. - Verify the 'GET instance' Api shows the instance state as 'Deployed' Call "Instantiation AC" Api with the updated properties of the instance elements in the request body. - response should be 202	Verify the runtime logs that the 'PROPERTIES_UPDATE' event is sent to the participants from runtime-acm. Call the 'GET instance' Api - should get the 200 response and the deploy state of the instance should be "UPDATING" The ACM instance state should be "UPDATING" until the properties update is completed in the participant. Verify the properties are updated in runtime database and the GET instance Api returns the instance state as 'Deployed' after update operation
Update Scenario	Update AC instance property on an Undeployed instance	Verify updating of instance properties on an undeployed instance	Make sure the AC instances are in UNDEPLOYED state. - Verify the 'GET instance' Api shows the instance state as 'Undeployed' Call "Instantiation AC" with the updated properties of the instance elements in the request body. - response should be 202	Call "get Instantiated List" - should get a 200 response and we should see the properties updated for the instance in the runtime database. In this case, there should not be any PROPERTIES_UPDATE event sends out from the runtime as the instance is not yet deployed to the participant.

Restart Testing	Restart acm runtime	Restart runtime application	Manually restart the container or mvn application	Verify if the runtime comes up and running and get synced with the database. Retrieve participants and compositions from runtime endpoint.		microk8s kubectl delete pod policy-clamp-runtime-acm-7ff68ff9fd-kllb7 pod "policy-clamp-runtime-acm-7ff68ff9fd-kllb7" deleted
Restart Testing	Shut down participant after priming	Restart any of the participant	Manually restart the container or mvn application Execute GET request on the runtime-acm endpoint {{address}}:{{runtimeport}}/onap/policy/clamp/acm/v2/participants/	Participants should get registered and get the primed definitions from runtime once they are up again.
Restart Testing		Shut down any of the participant	Delete one of the participants permanently. Execute GET request on the runtime-acm endpoint {{address}}:{{runtimeport}}/onap/policy/clamp/acm/v2/participants/	Verify the removed participants should have been marked OFFLINE by the runtime. Verify fetching the automation compositions where the element of removed participants should not have participant ids associated. (it depend how restart will be implemented)		It needs 10 minutes on my deployment after requesting a Participant Report from all participants
Restart Testing	Restart participant after Priming	Restart any of the participant	Manually restart the container or mvn application	Fetch participants list from runtime, restarted participant should get reregistered with runtime again. Fetch commisioned defintions, it should have elements with restarted participant id associated
Restart Scenario	Restart participant after priming	Verify restarting of participant after the composition is primed.	Make sure the AC composition is commissioned and primed to the participants. Execute the test step 8 specified in the restart scenario section of this document. For the step 8d, execute the GET compositions to verify the Ac element info are primed to the restarted participant.	Verify the restarted participant is primed again by the runtime with the AC element info.
Restart Scenario	Restart after deployment	Verify restarting of participant after the deployment	Make sure an AC instance is deployed successfully and the GET instance Api returns 200 response with the deploy state 'Deployed' Execute the test step 8 specified in the restart scenario section of this document. For the step 8d, execute the GET instance Api to verify the Ac element info are in deployed state without any changes.	Verify the runtime logs for composition and instance events sent to the restarted participant. The AC instance state should be preserved as 'DEPLOYED' without any changes.
Restart Scenario	Restart during deployment	Verify restarting of participant when the deployment is in progress	Trigger the deployment of an AC instance and make sure the AC instance is in DEPLOYING state. This can be achieved by using mock participant by configuring appropriate delays. Execute the test step 8 specified in the restart scenario section of this document. Verify the runtime sends out composition and instance info to the participant through kafka events.	Execute GET AC instance to verify the deployment gets executed by the participant again and the over all state is updated accordingly with success/fail results
Restart Scenario	Restart during Undeployment	Verify restarting of participant when the undeployment is in progress	Trigger the undeployment of an AC instance and make sure the AC instance is in UNDEPLOYING state. This can be achieved by using mock participant by configuring appropriate delays. Execute the test step 8 specified in the restart scenario section of this document. Verify the runtime sends out composition and instance info to the participant through kafka events.	Execute GET AC instance to verify the undeployment gets executed by the participant again and the over all state is updated accordingly with success/fail results
Restart Scenario	Restart during UPDATE	Verify restarting behavior of participant when the update operation is in progress	Make sure an AC instance is deployed successfully and the GET instance API returns 200 response with the deploy state DEPLOYED. Trigger the update of an AC instance properties by executing the AC instantiation API call with updated properties on the request body. Make sure the AC instance is in UPDATING state. This can be achieved by using mock participant by configuring appropriate delays. Execute the test step 8 specified in the restart scenario section of this document. Verify the runtime sends out composition and instance info to the participant through kafka events.	Execute GET AC instance to verify the updating operation gets executed by the participant again and the over all state is updated accordingly with success/fail results Verify fetching the AC instance to confirm the properties of the AC instance are updated as per the update request.

Migration Scenario	Creation AC definition and instance	Creation AC definition and instance	create AC definition "Group A" using the endpoint: "Create AC definition Group A" prime AC definition "Group A" using the endpoint: "Priming AC definition Group A" create AC instance using the endpoint "Instantiation AC Group A" deploy AC instance using the endpoint "Deploy Group A instantiated" fetch AC instance using the endpoint "Get instantiated by Group A and instanceId"	Verify fetching the AC instance using "Get instantiated by Group A and instanceId"	PASS
Migration Scenario	Creation AC definition and instance	Creation second AC definition	create AC definition "Group B" using the endpoint: "Create AC definition Group B" prime AC definition "Group B" using the endpoint: "Priming AC definition Group B" the endpoint "Get instantiated by Group B and instanceId" should not working	Verify fetching the AC instance using "Get instantiated by Group B and instanceId"	404 Bad request
Migration Scenario	Participant Configuration	Participant Configuration for migration delay	using the endpoint "Post http-participant parameters", set migrateTimerMs to 30000 Ms		PASS	{ "deploySuccess": true, "undeploySuccess": true, "lockSuccess": true, "unlockSuccess": true, "deleteSuccess": true, "updateSuccess": true, "migrateSuccess": true, "primeSuccess": true, "deprimeSuccess": true, "deployTimerMs": 1000, "undeployTimerMs": 1000, "lockTimerMs": 100, "unlockTimerMs": 100, "updateTimerMs": 100, "migrateTimerMs": 30000, "deleteTimerMs": 100, "primeTimerMs": 100, "deprimeTimerMs": 100 }
Migration Scenario	Testing endpoint visibility	Testing endpoint visibility during migration	start migration using the endpoint: "Migration instantiated Group A to Group B" fetch the AC instance using the endpoint "Get instantiated list Group A" fetch the AC instance using the endpoint "Get instantiated list Group B"	Verify fetching the AC instance from composition source and composition target	PASS	DepolyState should be in "MIGRATING" state stateChangeResult should be "NO_ERROR"
Migration Scenario	Testing endpoint visibility	Testing endpoint visibility after migration	wait the end of the migration fetch the AC instance using the endpoint "Get instantiated list Group B"	Verify fetching the AC instance from composition target	PASS	DepolyState should be in "DEPLOYED" state stateChangeResult should be "NO_ERROR"
Migration Scenario	Testing endpoint visibility	Testing endpoint visibility after migration	fetching the AC instance using the endpoint "Get instantiated list Group A" should fail	Verify that fetching the AC instance from composition source should fail	FAIL	404 Bad request
Migration Scenario	Participant Configuration	Participant Configuration for migration fail	using the endpoint "Post http-participant parameters", set "migrateSuccess" to false		PASS	{ "deploySuccess": true, "undeploySuccess": true, "lockSuccess": true, "unlockSuccess": true, "deleteSuccess": true, "updateSuccess": true, "migrateSuccess": false, "primeSuccess": true, "deprimeSuccess": true, "deployTimerMs": 1000, "undeployTimerMs": 1000, "lockTimerMs": 100, "unlockTimerMs": 100, "updateTimerMs": 100, "migrateTimerMs": 100, "deleteTimerMs": 100, "primeTimerMs": 100, "deprimeTimerMs": 100 }
Migration Scenario	Testing migration fail	Testing migration fail	start migration using the endpoint: "Migration instantiated Group B to Group A" fetch the AC instance using the endpoint "Get instantiated list Group A" fetch the AC instance using the endpoint "Get instantiated list Group B"	Verify fetching the AC instance from composition source and composition target	PASS	DepolyState should be in "MIGRATING" state stateChangeResult should be "FAILED"
Migration Scenario	Testing migration fail	Testing undeploy after migration fail	undeploy the AC instance using the endpoint "Undeploy Group B instantiated" wait the undeploy completed fetch the AC instance using the endpoint "Get instantiated list Group B"		PASS	DepolyState should be in "UNDEPLOYED" state stateChangeResult should be "NO_ERROR"

Handle multiple messages from ACM to Participant simultaneously

Description

Functionality to test	Test the ability for participants to Handle multiple messages.
Environment	CSIT with microk8s
Requirements and preconditions	Containers have to be configured to work at least with 4 CPU: resources: small: limits: cpu: 4
How to test	Create two instances and deploy/undeploy at same time
Expected result	Check into participants log, the threads that are executing deploy/undeploy at same time

Flow for participantHttp and participantKubernetes

Postman collection: ACM DEMO Test 2.postman_collection.json

Step	Result	Note
Call "Create Commissioned AC definition"	Success
Call "Priming AC definition"	Success
Call "Create AC Instantiation Group A"	Success
Call "Create AC Instantiation Group B"	Success
Call "Deploy instantiated Group A" and "Deploy instantiated Group B" at same time	Success
Check the participants log during deployment	threads that are executing deploy at same time
Check that elements of both groups are getting deployed	starter-a, bridge-a and sink-a for group A and starter-b, bridge-b and sink-b for group B
Call "Get instantiated Group A" to check the final state	check deployState as DEPLOYED
Call "Get instantiated Group B" to check the final state	check deployState as DEPLOYED
Check elements are working as expected	Check into the sink log the "Cycle completed"	microk8s kubectl logs <acm-sink-....> \| grep completed
Call "Undeploy instantiated Group A" and "Undeploy instantiated Group B" at same time	Success
Check the participants log during undeployment	threads that are executing undeploy at same time
Check that elements of both groups are getting undeployed
Call "Delete instantiated Group A" and "Delete instantiated Group B" at same time	Success
Depriming AC definition	Success
Delete AC definition	Success

Timeout handling in AutomationComposition Definition and Instance

Description

Functionality to test	Test ACM runtime timeout handling during prime, deprime, delete, deploy, undeploy, update, lock and unlock
Environment	Custom Docker compose with three mock participants
Requirements and preconditions	reduce the time in runtime: runtime: participantParameters: heartBeatMs: 10000 maxStatusWaitMs: 30000 reduce the time in participant: participant: intermediaryParameters: reportingTimeIntervalMs: 8000
How to test	Configure mock participants to delay the operations of 30 seconds. The timeout will be triggered after 10 seconds
Expected result	During a change state, user cannot do any actions, with timeout, the user is allowed to replay the action or go back

Flow

Postman collection: DEMO Simulator.postman_collection.json

Step	Result	Note
Call "Create AC definition"	Success
Call "Post http-participant parameters"	Success	{ "deploySuccess": true, "undeploySuccess": true, "lockSuccess": true, "unlockSuccess": true, "deleteSuccess": true, "updateSuccess": true, "primeSuccess": true, "deprimeSuccess": true, "deployTimerMs": 100000, "undeployTimerMs": 100000, "lockTimerMs": 100000, "unlockTimerMs": 100000, "updateTimerMs": 100000, "deleteTimerMs": 100000, "primeTimerMs": 100000, "deprimeTimerMs": 100000 }
Call "Priming AC definition"	Success
Call "Get commission"	state = "PRIMING", stateChangeResult = "NO_ERROR"
At the time the state is "PRIMING" call: "Priming AC definition" "Depriming AC definition" "Delete AC definition"	Fail	User is not allowed to re-prime, deprime and delete when the composition is in priming
Wait Timeout and call "Get commission"	state = "PRIMING", stateChangeResult = "TIMEOUT"
At the time the state is "PRIMING" and stateChangeResult is "TIMEOUT": call "Delete AC definition"	Fail	User is not allowed to delete when the composition is in priming
At the time the state is "PRIMING" and stateChangeResult is "TIMEOUT": call "Priming AC definition"	Success	User is allowed to re-prime when the composition is in priming and timeout
Call "Get commission"	state = "PRIMING", stateChangeResult = "NO_ERROR"	After re-prime action, stateChangeResult will be back to NO_ERROR
At the time the state is "PRIMING" and stateChangeResult is "TIMEOUT": call "Depriming AC definition"	Success	User is allowed to deprime when the composition is in priming and timeout
Call "Get commission"	state = "DEPRIMING", stateChangeResult = "NO_ERROR"	After deprime action, stateChangeResult will be back to NO_ERROR
At the time the state is "DEPRIMING" call: "Priming AC definition" "Depriming AC definition" "Delete AC definition"	Fail	User is not allowed to prime, deprime and delete when the composition is in depriming
At the time the state is "DEPRIMING" and stateChangeResult is "TIMEOUT": call "Delete AC definition"	Fail	User is not allowed to delete when the composition is in depriming
At the time the state is "DEPRIMING" and stateChangeResult is "TIMEOUT": call "Depriming AC definition"	Success	User is allowed to deprime when the composition is in depriming and timeout
Call "Get commission"	state = "DEPRIMING", stateChangeResult = "NO_ERROR"	After deprime action, stateChangeResult will be back to NO_ERROR
At the time the state is "DEPRIMING" and stateChangeResult is "TIMEOUT": call "Priming AC definition"	Success	User is allowed to prime when the composition is in depriming and timeout
when state is "PRIMED" call "Get commission"	state = "PRIMED", stateChangeResult = "NO_ERROR"
Call "Instantiation AC"	Success
Call "Deploy instantiated"	Success
Call "Get instantiated by instanceId"	deployState = "DEPLOYING", stateChangeResult = "NO_ERROR"
At the time the deployState is "DEPLOYING" call: "Deploy instantiated" "Undeploy instantiated" "Unlock instantiated" "Lock instantiated" "Update Instantiation AC" "Delete instantiated"	Fail	User is not allowed to re-deploy, undeploy, lock, unlock, update and delete when the instance is in deploying
Wait Timeout and call "Get instantiated by instanceId"	deployState = "DEPLOYING", stateChangeResult = "TIMEOUT"
At the time the deployState is "DEPLOYING" and stateChangeResult is "TIMEOUT": "Unlock instantiated" "Lock instantiated" "Update Instantiation AC" "Delete instantiated"	Fail	User is not allowed to lock, unlock, update and delete when the instance is in deploying
At the time the deployState is "DEPLOYING" and stateChangeResult is "TIMEOUT": call "Deploy instantiated"	Success	User is allowed to re-deploy when the instance is in deploying and timeout
Call "Get instantiated by instanceId"	deployState = "DEPLOYING", stateChangeResult = "NO_ERROR"	After deploy action, stateChangeResult will be back to NO_ERROR
At the time the deployState is "DEPLOYING" and stateChangeResult is "TIMEOUT": call "Undeploy instantiated"	Success	User is allowed to undeploy when the instance is in deploying and timeout
Call "Get instantiated by instanceId"	deployState = "UNDEPLOYING", stateChangeResult = "NO_ERROR"	After undeploy action, stateChangeResult will be back to NO_ERROR
At the time the deployState is "UNDEPLOYING" call: "Deploy instantiated" "Undeploy instantiated" "Unlock instantiated" "Lock instantiated" "Update Instantiation AC" "Delete instantiated"	Fail	User is not allowed to deploy, undeploy, lock, unlock, update and delete when the instance is in undeploying
Wait Timeout and call "Get instantiated by instanceId"	deployState = "UNDEPLOYING", stateChangeResult = "TIMEOUT"
At the time the deployState is "UNDEPLOYING" and stateChangeResult is "TIMEOUT": "Unlock instantiated" "Lock instantiated" "Update Instantiation AC" "Delete instantiated"	Fail	User is not allowed to lock, unlock, update and delete when the instance is in undeploying
At the time the deployState is "UNDEPLOYING" and stateChangeResult is "TIMEOUT": call "Undeploy instantiated"	Success	User is allowed to undeploy when the instance is in undeploying and timeout
Call "Get instantiated by instanceId"	deployState = "UNDEPLOYING", stateChangeResult = "NO_ERROR"	After undeploy action, stateChangeResult will be back to NO_ERROR
At the time the deployState is "UNDEPLOYING" and stateChangeResult is "TIMEOUT": call "Deploy instantiated"	Success	User is allowed to deploy when the instance is in undeploying and timeout
Wait DEPLOYED and call "Get instantiated by instanceId"	deployState = "DEPLOYED", stateChangeResult = "NO_ERROR"
Call "Update Instantiation AC"	Success
Call "Get instantiated by instanceId"	deployState = "UPDATING", stateChangeResult = "NO_ERROR"
At the time the lockState is "UPDATING" call: "Deploy instantiated" "Undeploy instantiated" "Unlock instantiated" "Lock instantiated" "Update Instantiation AC" "Delete instantiated"	Fail	User is not allowed to deploy, undeploy, lock, unlock, update and delete when the instance is in updating
Wait Timeout and call "Get instantiated by instanceId"	deployState = "UPDATING", stateChangeResult = "TIMEOUT"
At the time the lockState is "UPDATING" and stateChangeResult is "TIMEOUT" call: "Deploy instantiated" "Undeploy instantiated" "Unlock instantiated" "Lock instantiated" "Delete instantiated"	Fail	User is not allowed to deploy, undeploy, lock, unlock and delete when the instance is in updating and timeout
Call "Update Instantiation AC"	Success	User is allowed to update when the instance is in updating and timeout
Wait the completion of update and call "Get instantiated by instanceId"	deployState = "DEPLOYED", stateChangeResult = "NO_ERROR"
Call "Unlock instantiated"	Success
Call "Get instantiated by instanceId"	lockState = "UNLOCKING", stateChangeResult = "NO_ERROR"
At the time the lockState is "UNLOCKING" call: "Deploy instantiated" "Undeploy instantiated" "Unlock instantiated" "Lock instantiated" "Update Instantiation AC" "Delete instantiated"	Fail	User is not allowed to deploy, undeploy, lock, unlock, update and delete when the instance is in unlocking
Wait Timeout and call "Get instantiated by instanceId"	lockState = "UNLOCKING", stateChangeResult = "TIMEOUT"
At the time the lockState is "UNLOCKING" and stateChangeResult is "TIMEOUT" call: "Deploy instantiated" "Undeploy instantiated" "Update Instantiation AC" "Delete instantiated"	Fail	User is not allowed to deploy, undeploy, update and delete when the instance is in unlocking
At the time the lockState is "UNLOCKING" and stateChangeResult is "TIMEOUT": call "Unlock instantiated"	Success	User is allowed to unlock when the instance is in unlocking and timeout
Call "Get instantiated by instanceId"	lockState = "UNLOCKING", stateChangeResult = "NO_ERROR"	After unlock action, stateChangeResult will be back to NO_ERROR
At the time the lockState is "UNLOCKING" and stateChangeResult is "TIMEOUT": call "Lock instantiated"	Success	User is allowed to lock when the instance is in unlocking and timeout
Call "Get instantiated by instanceId"	lockState = "LOCKING", stateChangeResult = "NO_ERROR"	After lock action, stateChangeResult will be back to NO_ERROR
At the time the lockState is "LOCKING" call: "Deploy instantiated" "Undeploy instantiated" "Unlock instantiated" "Lock instantiated" "Delete instantiated"	Fail	User is not allowed to deploy, undeploy, lock, unlock and delete when the instance is in locking
Wait Timeout and call "Get instantiated by instanceId"	lockState = "LOCKING", stateChangeResult = "TIMEOUT"
At the time the lockState is "LOCKING" and stateChangeResult is "TIMEOUT" call: "Deploy instantiated" "Undeploy instantiated" "Delete instantiated"	Fail	User is not allowed to deploy, undeploy and delete when the instance is in locking
At the time the lockState is "LOCKING" and stateChangeResult is "TIMEOUT": call "Lock instantiated"	Success	User is allowed to lock when the instance is in locking and timeout
Call "Get instantiated by instanceId"	lockState = "LOCKING", stateChangeResult = "NO_ERROR"	After lock action, stateChangeResult will be back to NO_ERROR
At the time the lockState is "LOCKING" and stateChangeResult is "TIMEOUT": call "Unlock instantiated"	Success	User is allowed to unlock when the instance is in locking and timeout
Call "Get instantiated by instanceId"	lockState = "UNLOCKING", stateChangeResult = "NO_ERROR"	After unlock action, stateChangeResult will be back to NO_ERROR
Wait UNLOCKED and call "Get instantiated by instanceId"	lockState = "UNLOCKED", stateChangeResult = "NO_ERROR"
Call "Post http-participant parameters"	Success	{ "deploySuccess": true, "undeploySuccess": true, "lockSuccess": true, "unlockSuccess": true, "deleteSuccess": true, "updateSuccess": true, "primeSuccess": true, "deprimeSuccess": true, "deployTimerMs": 100, "undeployTimerMs": 100, "lockTimerMs": 100, "unlockTimerMs": 100, "updateTimerMs": 100, "deleteTimerMs": 100000, "primeTimerMs": 100, "deprimeTimerMs": 100 }
Call "Lock instantiated"	Success
Call "Get instantiated by instanceId"	lockState = "LOCKED", stateChangeResult = "NO_ERROR"
Call "Undeploy instantiated"	Success
Call "Get instantiated by instanceId"	deployState = "UNDEPLOYED", stateChangeResult = "NO_ERROR"
Call "Delete instantiated"	Success
Call "Get instantiated by instanceId"	deployState = "DELETING", stateChangeResult = "NO_ERROR"
At the time the deployState is "DELETING" call: "Deploy instantiated" "Undeploy instantiated" "Unlock instantiated" "Lock instantiated" "Update Instantiation AC" "Delete instantiated"	Fail	User is not allowed to deploy, undeploy, lock, unlock, update and delete when the instance is in deleting
Wait Timeout and call "Get instantiated by instanceId"	deployState = "DELETING", stateChangeResult = "TIMEOUT"
At the time the deployState is "DELETING" and stateChangeResult is "TIMEOUT" call: "Deploy instantiated" "Undeploy instantiated" "Unlock instantiated" "Lock instantiated" "Update Instantiation AC"	Fail	User is not allowed to deploy, undeploy, lock, unlock and update when the instance is in deleting and timeout
Call "Delete instantiated"	Success	User is allowed to delete when the instance is in deleting and timeout
Call "Get instantiated by instanceId"	deployState = "DELETING", stateChangeResult = "NO_ERROR"	After delete action, stateChangeResult will be back to NO_ERROR
Wait for delete and call "Get instantiated list"	No instances
Call "Depriming AC definition"	Success
Call "Delete AC definition"	Success

ONAP Wiki

Working Manual Test Specification for ACM

Prerequisites

Environment Setup

Test Group Setup Steps

Test Cases

Handle multiple messages from ACM to Participant simultaneously

Description

Functionality to test

Environment

Requirements and preconditions

How to test

Expected result

Flow for participantHttp and participantKubernetes

Timeout handling in AutomationComposition Definition and Instance

Description

Functionality to test

Environment

Requirements and preconditions

How to test

Expected result

Flow