import java.time.OffsetDateTime
import org.onap.cps.config.AsyncConfig
import org.onap.cps.event.model.CpsDataUpdatedEvent
+import org.onap.cps.spi.model.Anchor
import org.spockframework.spring.SpringBean
import org.spockframework.spring.SpringSpy
import org.springframework.beans.factory.annotation.Autowired
import org.springframework.boot.context.properties.EnableConfigurationProperties
import org.springframework.boot.test.context.SpringBootTest
-import org.springframework.scheduling.annotation.EnableAsync
import org.springframework.test.context.ContextConfiguration
import spock.lang.Shared
import spock.lang.Specification
NotificationService objectUnderTest
@Shared
- def myDataspacePublishedName = 'my-dataspace-published'
- def myAnchorName = 'my-anchorname'
+ def anchor = new Anchor('my-anchorname', 'my-dataspace-published', 'my-schemaset-name')
def myObservedTimestamp = OffsetDateTime.now()
def 'Skip sending notification when disabled.'() {
given: 'notification is disabled'
spyNotificationProperties.isEnabled() >> false
when: 'dataUpdatedEvent is received'
- objectUnderTest.processDataUpdatedEvent(myDataspacePublishedName, myAnchorName, myObservedTimestamp, '/', Operation.CREATE)
+ objectUnderTest.processDataUpdatedEvent(anchor, myObservedTimestamp, '/', Operation.CREATE)
then: 'the notification is not sent'
0 * mockNotificationPublisher.sendNotification(_)
}
def 'Send notification when enabled: #scenario.'() {
given: 'notification is enabled'
spyNotificationProperties.isEnabled() >> true
+ and: 'an anchor is in dataspace where #scenario'
+ def anchor = new Anchor('my-anchorname', dataspaceName, 'my-schemaset-name')
and: 'event factory can create event successfully'
def cpsDataUpdatedEvent = new CpsDataUpdatedEvent()
- mockCpsDataUpdatedEventFactory.createCpsDataUpdatedEvent(dataspaceName, myAnchorName, myObservedTimestamp,
- Operation.CREATE) >>
+ mockCpsDataUpdatedEventFactory.createCpsDataUpdatedEvent(anchor, myObservedTimestamp, Operation.CREATE) >>
cpsDataUpdatedEvent
when: 'dataUpdatedEvent is received'
- def future = objectUnderTest.processDataUpdatedEvent(dataspaceName, myAnchorName, myObservedTimestamp,
+ def future = objectUnderTest.processDataUpdatedEvent(anchor, myObservedTimestamp,
'/', Operation.CREATE)
and: 'wait for async processing to complete'
future.get(10, TimeUnit.SECONDS)
where:
scenario | dataspaceName || expectedSendNotificationCount
'dataspace name does not match filter' | 'does-not-match-pattern' || 0
- 'dataspace name matches filter' | myDataspacePublishedName || 1
+ 'dataspace name matches filter' | 'my-dataspace-published' || 1
}
- def 'Send UPDATE operation when non-root data nodes are changed.'() {
- given: 'notification is enabled'
- spyNotificationProperties.isEnabled() >> true
- and: 'event factory creates event if operation is UPDATE'
- def cpsDataUpdatedEvent = new CpsDataUpdatedEvent()
- mockCpsDataUpdatedEventFactory.createCpsDataUpdatedEvent(myDataspacePublishedName, myAnchorName, myObservedTimestamp,
- Operation.UPDATE) >> cpsDataUpdatedEvent
- when: 'dataUpdatedEvent is received for non-root xpath'
- def future = objectUnderTest.processDataUpdatedEvent(myDataspacePublishedName, myAnchorName, myObservedTimestamp, '/non-root-node',
- operation)
- and: 'wait for async processing to complete'
- future.get(10, TimeUnit.SECONDS)
- then: 'async process completed successfully'
- future.isDone()
- and: 'notification is sent'
- 1 * mockNotificationPublisher.sendNotification(cpsDataUpdatedEvent)
- where:
- operation << [Operation.CREATE, Operation.UPDATE, Operation.DELETE]
- }
-
- def 'Send same operation when root nodes are changed.'() {
+ def '#scenario are changed with xpath #xpath and operation #operation'() {
given: 'notification is enabled'
spyNotificationProperties.isEnabled() >> true
and: 'event factory creates event if operation is #operation'
def cpsDataUpdatedEvent = new CpsDataUpdatedEvent()
- mockCpsDataUpdatedEventFactory.createCpsDataUpdatedEvent(myDataspacePublishedName, myAnchorName, myObservedTimestamp,
- operation) >> cpsDataUpdatedEvent
- when: 'dataUpdatedEvent is received for root xpath'
- def future = objectUnderTest.processDataUpdatedEvent(myDataspacePublishedName, myAnchorName, myObservedTimestamp, '/',
- operation)
+ mockCpsDataUpdatedEventFactory.createCpsDataUpdatedEvent(anchor, myObservedTimestamp, expectedOperationInEvent) >>
+ cpsDataUpdatedEvent
+ when: 'dataUpdatedEvent is received for #xpath'
+ def future = objectUnderTest.processDataUpdatedEvent(anchor, myObservedTimestamp, xpath, operation)
and: 'wait for async processing to complete'
future.get(10, TimeUnit.SECONDS)
then: 'async process completed successfully'
and: 'notification is sent'
1 * mockNotificationPublisher.sendNotification(cpsDataUpdatedEvent)
where:
- operation << [Operation.CREATE, Operation.UPDATE, Operation.DELETE]
+ scenario | xpath | operation || expectedOperationInEvent
+ 'Same event is sent when root nodes' | '' | Operation.CREATE || Operation.CREATE
+ 'Same event is sent when root nodes' | '' | Operation.UPDATE || Operation.UPDATE
+ 'Same event is sent when root nodes' | '' | Operation.DELETE || Operation.DELETE
+ 'Same event is sent when root nodes' | '/' | Operation.CREATE || Operation.CREATE
+ 'Same event is sent when root nodes' | '/' | Operation.UPDATE || Operation.UPDATE
+ 'Same event is sent when root nodes' | '/' | Operation.DELETE || Operation.DELETE
+ 'Same event is sent when container nodes' | '/parent' | Operation.CREATE || Operation.CREATE
+ 'Same event is sent when container nodes' | '/parent' | Operation.UPDATE || Operation.UPDATE
+ 'Same event is sent when container nodes' | '/parent' | Operation.DELETE || Operation.DELETE
+ 'UPDATE event is sent when non root nodes' | '/parent/child' | Operation.CREATE || Operation.UPDATE
+ 'UPDATE event is sent when non root nodes' | '/parent/child' | Operation.UPDATE || Operation.UPDATE
+ 'UPDATE event is sent when non root nodes' | '/parent/child' | Operation.DELETE || Operation.UPDATE
}
-
def 'Error handling in notification service.'() {
given: 'notification is enabled'
spyNotificationProperties.isEnabled() >> true
and: 'event factory can not create event successfully'
- mockCpsDataUpdatedEventFactory.createCpsDataUpdatedEvent(myDataspacePublishedName, myAnchorName,
- myObservedTimestamp, Operation.CREATE) >>
+ mockCpsDataUpdatedEventFactory.createCpsDataUpdatedEvent(anchor, myObservedTimestamp, Operation.CREATE) >>
{ throw new Exception("Could not create event") }
when: 'event is sent for processing'
- def future = objectUnderTest.processDataUpdatedEvent(myDataspacePublishedName, myAnchorName,
- myObservedTimestamp, '/', Operation.CREATE)
+ def future = objectUnderTest.processDataUpdatedEvent(anchor, myObservedTimestamp, '/', Operation.CREATE)
and: 'wait for async processing to complete'
future.get(10, TimeUnit.SECONDS)
then: 'async process completed successfully'
future.isDone()
and: 'error is handled and not thrown to caller'
notThrown Exception
- 1 * spyNotificationErrorHandler.onException(_, _, _, _)
+ 1 * spyNotificationErrorHandler.onException(_, _, _, '/', Operation.CREATE)
}
-
}