Examples with TAG_KEY_TYPE com.vmware.photon.controller.model.constants.PhotonModelConstants.TAG_KEY_TYPE used on opensource projects

Example 1 with TAG_KEY_TYPE

use of com.vmware.photon.controller.model.constants.PhotonModelConstants.TAG_KEY_TYPE in project photon-model by vmware.

the class AzureTestUtil method createVMResourceFromSpec.

/**
 * Separate method to create VM from given spec
 */
public static ComputeState createVMResourceFromSpec(VMResourceSpec spec) throws Throwable {
    final String defaultVmRGName = spec.azureVmName;
    // TODO Modify createDefaultResourceGroupState() to have only spec parameter passed
    final ResourceGroupState defaultVmRG = createDefaultResourceGroupState(spec.host, defaultVmRGName, spec.computeHost, spec.endpointState, ResourceGroupStateType.AzureResourceGroup);
    final String defaultVmRGLink = defaultVmRG.documentSelfLink;
    if (spec.networkRGLink == null) {
        // The RG where the VM is deployed is also used as RG for the Network!
        spec.networkRGLink = defaultVmRGLink;
    }
    // The RG where the VM is deployed is also used as RG for the SecurityGroup!
    final String sgRGLink = defaultVmRGLink;
    // Create resource group with a different type. It should be filtered out.
    ResourceGroupState azureStorageContainerRG = createDefaultResourceGroupState(spec.host, AZURE_STORAGE_CONTAINER_RG_NAME, spec.computeHost, spec.endpointState, ResourceGroupStateType.AzureStorageContainer);
    final Set<String> networkRGLinks = new HashSet<>();
    networkRGLinks.add(spec.networkRGLink);
    networkRGLinks.add(azureStorageContainerRG.documentSelfLink);
    final Set<String> sgRGLinks = new HashSet<>();
    sgRGLinks.add(sgRGLink);
    sgRGLinks.add(azureStorageContainerRG.documentSelfLink);
    AuthCredentialsServiceState azureVMAuth = new AuthCredentialsServiceState();
    azureVMAuth.userEmail = AZURE_ADMIN_USERNAME;
    azureVMAuth.privateKey = AZURE_ADMIN_PASSWORD;
    azureVMAuth = TestUtils.doPost(spec.host, azureVMAuth, AuthCredentialsServiceState.class, UriUtils.buildUri(spec.host, AuthCredentialsService.FACTORY_LINK));
    // Create a VM desc
    ComputeDescription azureVMDesc = new ComputeDescription();
    azureVMDesc.id = UUID.randomUUID().toString();
    azureVMDesc.documentSelfLink = azureVMDesc.id;
    azureVMDesc.name = azureVMDesc.id;
    azureVMDesc.regionId = AZURE_RESOURCE_GROUP_LOCATION;
    azureVMDesc.authCredentialsLink = azureVMAuth.documentSelfLink;
    azureVMDesc.tenantLinks = spec.endpointState.tenantLinks;
    azureVMDesc.endpointLink = spec.endpointState.documentSelfLink;
    azureVMDesc.endpointLinks = new HashSet<>();
    azureVMDesc.endpointLinks.add(spec.endpointState.documentSelfLink);
    azureVMDesc.computeHostLink = spec.endpointState.computeHostLink;
    azureVMDesc.instanceType = AZURE_VM_SIZE;
    azureVMDesc.environmentName = ComputeDescription.ENVIRONMENT_NAME_AZURE;
    azureVMDesc.customProperties = new HashMap<>();
    // set the create service to the azure instance service
    azureVMDesc.instanceAdapterReference = UriUtils.buildUri(spec.host, AzureUriPaths.AZURE_INSTANCE_ADAPTER);
    azureVMDesc.powerAdapterReference = UriUtils.buildUri(spec.host, AzureUriPaths.AZURE_POWER_ADAPTER);
    azureVMDesc = TestUtils.doPost(spec.host, azureVMDesc, ComputeDescription.class, UriUtils.buildUri(spec.host, ComputeDescriptionService.FACTORY_LINK));
    DiskState rootDisk = new DiskState();
    rootDisk.name = spec.azureVmName + "-boot-disk";
    rootDisk.id = UUID.randomUUID().toString();
    rootDisk.documentSelfLink = rootDisk.id;
    rootDisk.type = DiskType.HDD;
    rootDisk.storageType = AZURE_STORAGE_DISKS;
    // Custom OSDisk size of 32 GBs
    rootDisk.capacityMBytes = AZURE_CUSTOM_OSDISK_SIZE;
    rootDisk.bootOrder = 1;
    rootDisk.endpointLink = spec.endpointState.documentSelfLink;
    rootDisk.endpointLinks = new HashSet<>();
    rootDisk.endpointLinks.add(spec.endpointState.documentSelfLink);
    rootDisk.computeHostLink = spec.endpointState.computeHostLink;
    rootDisk.tenantLinks = spec.endpointState.tenantLinks;
    if (spec.isManagedDisk) {
        rootDisk.tagLinks = createTagStateSet(spec.host, spec.endpointState.tenantLinks, TAG_KEY_TYPE, AzureResourceType.azure_managed_disk.name());
    } else {
        rootDisk.tagLinks = createTagStateSet(spec.host, spec.endpointState.tenantLinks, TAG_KEY_TYPE, AzureResourceType.azure_vhd.name());
    }
    rootDisk.customProperties = new HashMap<>();
    rootDisk.customProperties.put(AZURE_OSDISK_CACHING, DEFAULT_OS_DISK_CACHING.name());
    if (spec.imageSource.type == Type.PRIVATE_IMAGE) {
        if (spec.isManagedDisk) {
            rootDisk.imageLink = spec.imageSource.asImageState().documentSelfLink;
            rootDisk.customProperties.put(AzureConstants.AZURE_MANAGED_DISK_TYPE, SkuName.STANDARD_LRS.toString());
        }
    } else if (spec.imageSource.type == Type.PUBLIC_IMAGE) {
        if (spec.isManagedDisk) {
            rootDisk.imageLink = spec.imageSource.asImageState().documentSelfLink;
            rootDisk.customProperties.put(AzureConstants.AZURE_MANAGED_DISK_TYPE, SkuName.STANDARD_LRS.toString());
        } else {
            rootDisk.imageLink = spec.imageSource.asImageState().documentSelfLink;
            if (spec.storageAccountName == null || spec.resourceGroupForStorageAccount == null) {
                rootDisk.customProperties.put(AzureConstants.AZURE_STORAGE_ACCOUNT_NAME, (spec.azureVmName + "sa").replaceAll("[_-]", "").toLowerCase());
                rootDisk.customProperties.put(AzureConstants.AZURE_STORAGE_ACCOUNT_RG_NAME, defaultVmRGName);
            } else {
                rootDisk.customProperties.put(AzureConstants.AZURE_STORAGE_ACCOUNT_NAME, spec.storageAccountName);
                rootDisk.customProperties.put(AzureConstants.AZURE_STORAGE_ACCOUNT_RG_NAME, spec.resourceGroupForStorageAccount);
            }
            rootDisk.customProperties.put(AzureConstants.AZURE_STORAGE_ACCOUNT_TYPE, AZURE_STORAGE_ACCOUNT_TYPE);
        }
    } else if (spec.imageSource.type == Type.IMAGE_REFERENCE) {
        rootDisk.sourceImageReference = URI.create(spec.imageSource.asRef());
    }
    rootDisk = TestUtils.doPost(spec.host, rootDisk, DiskState.class, UriUtils.buildUri(spec.host, DiskService.FACTORY_LINK));
    List<String> vmDisks = new ArrayList<>();
    vmDisks.add(rootDisk.documentSelfLink);
    // create additional disks
    if (spec.numberOfAdditionalDisks > 0) {
        // TODO Need to modify createAdditionalDisks() to have only spec passed as parameter
        vmDisks.addAll(createAdditionalDisks(spec.host, spec.azureVmName, spec.endpointState, spec.numberOfAdditionalDisks, spec.persistentDisks, spec.isManagedDisk));
    }
    // Add external existing data disks (if present) to the list for attaching
    if (null != spec.externalDiskLinks && spec.externalDiskLinks.size() > 0) {
        vmDisks.addAll(spec.externalDiskLinks);
    }
    // Create NICs
    List<String> nicLinks = createDefaultNicStates(spec.host, spec.computeHost, spec.endpointState, networkRGLinks, sgRGLinks, spec.nicSpecs, spec.azureVmName).stream().map(nic -> nic.documentSelfLink).collect(Collectors.toList());
    // Finally create the compute resource state to provision using all constructs above.
    ComputeState computeState = new ComputeState();
    computeState.id = UUID.randomUUID().toString();
    computeState.name = spec.azureVmName;
    computeState.parentLink = spec.computeHost.documentSelfLink;
    computeState.type = ComputeType.VM_GUEST;
    computeState.environmentName = ComputeDescription.ENVIRONMENT_NAME_AZURE;
    computeState.descriptionLink = azureVMDesc.documentSelfLink;
    computeState.resourcePoolLink = spec.computeHost.resourcePoolLink;
    computeState.diskLinks = vmDisks;
    computeState.networkInterfaceLinks = nicLinks;
    computeState.customProperties = Collections.singletonMap(RESOURCE_GROUP_NAME, defaultVmRGName);
    computeState.groupLinks = Collections.singleton(defaultVmRGLink);
    computeState.endpointLink = spec.endpointState.documentSelfLink;
    computeState.endpointLinks = new HashSet<>();
    computeState.endpointLinks.add(spec.endpointState.documentSelfLink);
    computeState.computeHostLink = spec.endpointState.computeHostLink;
    computeState.tenantLinks = spec.endpointState.tenantLinks;
    computeState.creationTimeMicros = TimeUnit.MILLISECONDS.toMicros(System.currentTimeMillis());
    return TestUtils.doPost(spec.host, computeState, ComputeState.class, UriUtils.buildUri(spec.host, ComputeService.FACTORY_LINK));
}

Example 2 with TAG_KEY_TYPE

use of com.vmware.photon.controller.model.constants.PhotonModelConstants.TAG_KEY_TYPE in project photon-model by vmware.

the class TestAzureEnumerationTask method testEnumeration.

@Test
public void testEnumeration() throws Throwable {
    this.storageDescription = createDefaultStorageAccountDescription(this.host, this.mockedStorageAccountName, computeHost, endpointState);
    this.resourceGroupState = createDefaultResourceGroupState(this.host, this.mockedStorageAccountName, computeHost, endpointState, ResourceGroupStateType.AzureResourceGroup);
    this.diskState = createDefaultDiskState(this.host, this.mockedStorageAccountName, this.mockedStorageAccountName, computeHost, endpointState);
    // create an Azure VM compute resource (this also creates a disk and a storage account)
    this.vmState = createDefaultVMResource(this.host, azureVMName, computeHost, endpointState, NIC_SPEC);
    // kick off a provision task to do the actual VM creation
    ProvisionComputeTaskState provisionTask = new ProvisionComputeTaskState();
    provisionTask.computeLink = this.vmState.documentSelfLink;
    provisionTask.isMockRequest = this.isMock;
    provisionTask.taskSubStage = SubStage.CREATING_HOST;
    ProvisionComputeTaskState outTask = TestUtils.doPost(this.host, provisionTask, ProvisionComputeTaskState.class, UriUtils.buildUri(this.host, ProvisionComputeTaskService.FACTORY_LINK));
    this.host.waitForFinishedTask(ProvisionComputeTaskState.class, outTask.documentSelfLink);
    // Check resources have been created
    // expected VM count = 2 (1 compute host instance + 1 vm compute state)
    ProvisioningUtils.queryDocumentsAndAssertExpectedCount(this.host, 2, ComputeService.FACTORY_LINK, false);
    ProvisioningUtils.queryDocumentsAndAssertExpectedCount(this.host, 1, StorageDescriptionService.FACTORY_LINK, false);
    ProvisioningUtils.queryDocumentsAndAssertExpectedCount(this.host, 1, ResourceGroupService.FACTORY_LINK, false);
    ProvisioningUtils.queryDocumentsAndAssertExpectedCount(this.host, 1, DiskService.FACTORY_LINK, false);
    this.numberOfVMsToDelete++;
    if (this.isMock) {
        runEnumeration();
        deleteVMs(this.host, this.vmState.documentSelfLink, this.isMock, 1);
        this.vmState = null;
        ProvisioningUtils.queryDocumentsAndAssertExpectedCount(this.host, 1, ComputeService.FACTORY_LINK, false);
        deleteServiceDocument(this.host, this.storageDescription.documentSelfLink);
        this.storageDescription = null;
        ProvisioningUtils.queryDocumentsAndAssertExpectedCount(this.host, 0, StorageDescriptionService.FACTORY_LINK, true);
        deleteServiceDocument(this.host, this.resourceGroupState.documentSelfLink);
        this.resourceGroupState = null;
        ProvisioningUtils.queryDocumentsAndAssertExpectedCount(this.host, 0, ResourceGroupService.FACTORY_LINK, false);
        deleteServiceDocument(this.host, this.diskState.documentSelfLink);
        this.diskState = null;
        ProvisioningUtils.queryDocumentsAndAssertExpectedCount(this.host, 0, DiskService.FACTORY_LINK, false);
        return;
    }
    createStaleResource();
    tagAzureResources();
    // stale resources + 1 compute host instance + 1 vm compute state
    ProvisioningUtils.queryDocumentsAndAssertExpectedCount(this.host, STALE_VM_RESOURCES_COUNT + 2, ComputeService.FACTORY_LINK, false);
    ProvisioningUtils.queryDocumentsAndAssertExpectedCount(this.host, STALE_STORAGE_ACCOUNTS_COUNT + 1, StorageDescriptionService.FACTORY_LINK, false);
    ProvisioningUtils.queryDocumentsAndAssertExpectedCount(this.host, STALE_CONTAINERS_COUNT + STALE_RG_COUNT + 1, ResourceGroupService.FACTORY_LINK, false);
    ProvisioningUtils.queryDocumentsAndAssertExpectedCount(this.host, STALE_DISKS_COUNT + 1, DiskService.FACTORY_LINK, false);
    // 1 network per each stale vm resource + 1 network for original vm compute state.
    ProvisioningUtils.queryDocumentsAndAssertExpectedCount(this.host, STALE_VM_RESOURCES_COUNT + 1, NetworkService.FACTORY_LINK, false);
    // 1 subnet per network, 1 network per each stale vm resource + 1 subnet for the original
    // compute state.
    ProvisioningUtils.queryDocumentsAndAssertExpectedCount(this.host, STALE_VM_RESOURCES_COUNT + 1, SubnetService.FACTORY_LINK, false);
    // 1 network per each stale vm resource + 1 network for original vm compute state.
    ProvisioningUtils.queryDocumentsAndAssertExpectedCount(this.host, STALE_VM_RESOURCES_COUNT + 1, NetworkInterfaceService.FACTORY_LINK, false);
    ProvisioningUtils.queryDocumentsAndAssertExpectedCount(this.host, STALE_SECURITY_GROUPS_COUNT, SecurityGroupService.FACTORY_LINK, false);
    this.vmCount = getAzureVMCount(this.computeManagementClient);
    this.host.log(Level.INFO, "Initial VM Count: %d", this.vmCount);
    runEnumeration();
    assertRemoteResources();
    assertInternalTagResources();
    assertStaleResources();
    // VM count + 1 compute host instance
    this.vmCount = this.vmCount + 1;
    ServiceDocumentQueryResult result = ProvisioningUtils.queryDocumentsAndAssertExpectedCount(this.host, this.vmCount, ComputeService.FACTORY_LINK, false);
    // validate type field for enumerated VMs
    result.documents.entrySet().stream().map(e -> Utils.fromJson(e.getValue(), ComputeState.class)).filter(c -> !c.documentSelfLink.equals(computeHost.documentSelfLink));
    // validate internal tags for enumerated VMs
    TagService.TagState expectedInternalTypeTag = newTagState(TAG_KEY_TYPE, AzureConstants.AzureResourceType.azure_vm.toString(), EnumSet.of(SYSTEM), endpointState.tenantLinks);
    result.documents.entrySet().stream().map(e -> Utils.fromJson(e.getValue(), ComputeState.class)).filter(c -> c.type.equals(ComputeType.VM_GUEST)).forEach(c -> {
        assertNotNull("ComputeState tagLinks is NULL", c.tagLinks);
        assertTrue(String.format("ComputeState doesn't contain tagLink: %s", expectedInternalTypeTag.documentSelfLink), c.tagLinks.contains(expectedInternalTypeTag.documentSelfLink));
    });
    // 1 network per each stale vm resource + 1 network for original vm compute state.
    ServiceDocumentQueryResult networkResults = ProvisioningUtils.queryAllFactoryResources(this.host, NetworkService.FACTORY_LINK);
    // validate internal tags for enumerated networks
    TagService.TagState expectedNetworkInternalTypeTag = newTagState(TAG_KEY_TYPE, NETWORK_TAG_TYPE_VALUE, false, endpointState.tenantLinks);
    networkResults.documents.entrySet().stream().map(e -> Utils.fromJson(e.getValue(), NetworkState.class)).forEach(c -> {
        assertNotNull("NetworkState tagLinks is NULL", c.tagLinks);
        assertTrue(String.format("NetworkState doesn't contain tagLink: %s", expectedNetworkInternalTypeTag.documentSelfLink), c.tagLinks.contains(expectedNetworkInternalTypeTag.documentSelfLink));
    });
    // 1 subnet per network, 1 network per each stale vm resource + 1 subnet for the original
    // compute state.
    ServiceDocumentQueryResult subnetResults = ProvisioningUtils.queryAllFactoryResources(this.host, SubnetService.FACTORY_LINK);
    // validate internal tags for enumerated subnets
    TagService.TagState expectedSubnetInternalTypeTag = newTagState(TAG_KEY_TYPE, SUBNET_TAG_TYPE_VALUE, false, endpointState.tenantLinks);
    subnetResults.documents.entrySet().stream().map(e -> Utils.fromJson(e.getValue(), SubnetState.class)).forEach(c -> {
        assertNotNull("SubnetState tagLinks is NULL", c.tagLinks);
        assertTrue(String.format("SubnetState doesn't contain tagLink: %s", expectedSubnetInternalTypeTag.documentSelfLink), c.tagLinks.contains(expectedSubnetInternalTypeTag.documentSelfLink));
    });
    ServiceDocumentQueryResult nicResults = ProvisioningUtils.queryAllFactoryResources(this.host, NetworkInterfaceService.FACTORY_LINK);
    // validate internal tags for enumerated network interfaces
    TagService.TagState expectedNicInternalTypeTag = newTagState(TAG_KEY_TYPE, NETWORK_INTERFACE_TAG_TYPE_VALUE, false, endpointState.tenantLinks);
    nicResults.documents.entrySet().stream().map(e -> Utils.fromJson(e.getValue(), NetworkInterfaceState.class)).filter(c -> c.regionId != null).forEach(c -> {
        assertNotNull("NetworkInterfaceState tagLinks is NULL", c.tagLinks);
        assertTrue(String.format("NetworkInterfaceState doesn't contain tagLink: %s", expectedNicInternalTypeTag.documentSelfLink), c.tagLinks.contains(expectedNicInternalTypeTag.documentSelfLink));
    });
    // validate internal tags for disks
    ServiceDocumentQueryResult diskResults = ProvisioningUtils.queryAllFactoryResources(this.host, DiskService.FACTORY_LINK);
    TagService.TagState expectedManagedDiskInternalTypeTag = newTagState(TAG_KEY_TYPE, azure_managed_disk.toString(), false, endpointState.tenantLinks);
    diskResults.documents.entrySet().stream().map(e -> Utils.fromJson(e.getValue(), DiskState.class)).filter(d -> d.customProperties != null && d.customProperties.containsKey(AzureConstants.AZURE_MANAGED_DISK_TYPE)).forEach(c -> {
        assertNotNull("tagLinks is null for disk", c.tagLinks);
        assertTrue("disk doesn't contain correct internal tagLink", c.tagLinks.contains(expectedManagedDiskInternalTypeTag.documentSelfLink));
    });
    // validate environment name field for enumerated VMs
    result.documents.entrySet().stream().map(e -> Utils.fromJson(e.getValue(), ComputeState.class)).forEach(c -> assertEquals(ComputeDescription.ENVIRONMENT_NAME_AZURE, c.environmentName));
    // validate Security Group tagLinks
    ServiceDocumentQueryResult securityGroupResults = ProvisioningUtils.queryAllFactoryResources(this.host, SecurityGroupService.FACTORY_LINK);
    securityGroupResults.documents.entrySet().stream().map(e -> Utils.fromJson(e.getValue(), SecurityGroupService.SecurityGroupState.class)).forEach(c -> {
        if (c.tagLinks != null) {
            for (String tag : c.tagLinks) {
                assertTrue(tag.startsWith(TagService.FACTORY_LINK));
            }
        }
    });
    for (Entry<String, Object> key : result.documents.entrySet()) {
        ComputeState document = Utils.fromJson(key.getValue(), ComputeState.class);
        if (!document.documentSelfLink.equals(computeHost.documentSelfLink) && !document.documentSelfLink.equals(this.vmState.documentSelfLink) && document.id.toLowerCase().contains(CUSTOM_DIAGNOSTIC_ENABLED_VM.toLowerCase())) {
            this.enumeratedComputeLink = document.documentSelfLink;
            break;
        }
    }
    try {
        // Test stats for the VM that was just enumerated from Azure.
        this.host.log(Level.INFO, "Collecting stats for VM [%s]-[%s]", CUSTOM_DIAGNOSTIC_ENABLED_VM, this.enumeratedComputeLink);
        this.host.setTimeoutSeconds(300);
        if (this.enumeratedComputeLink != null) {
            this.host.waitFor("Error waiting for VM stats", () -> {
                try {
                    issueStatsRequest(this.enumeratedComputeLink, false);
                } catch (Throwable t) {
                    return false;
                }
                return true;
            });
        }
        // Test stats for the compute host.
        this.host.log(Level.INFO, "Collecting stats for host [%s]", computeHost.documentSelfLink);
        this.host.waitFor("Error waiting for host stats", () -> {
            try {
                issueStatsRequest(computeHost.documentSelfLink, true);
            } catch (Throwable t) {
                return false;
            }
            return true;
        });
    } catch (Throwable te) {
        this.host.log(Level.SEVERE, te.getMessage());
    }
    // delete vm directly on azure
    this.computeManagementClient.virtualMachines().beginDelete(azureVMName, azureVMName);
    runEnumeration();
    assertResourceDisassociated(this.host, ComputeService.FACTORY_LINK, azureVMName, true);
    // clean up
    this.vmState = null;
    this.resourceManagementClient.resourceGroups().beginDelete(azureVMName);
}

Example 3 with TAG_KEY_TYPE

use of com.vmware.photon.controller.model.constants.PhotonModelConstants.TAG_KEY_TYPE in project photon-model by vmware.

the class TestAzureLongRunningEnumeration method testLongRunEnumeration.

@Test
public void testLongRunEnumeration() throws Throwable {
    // Log node stats at the beginning of the test
    logNodeStats(this.host.getServiceStats(this.nodeStatsUri));
    // 1. Provision VMs
    List<ProvisionComputeTaskState> taskStates = new ArrayList<>();
    for (int i = 0; i < numOfVMsToTest; i++) {
        this.storageDescriptions.add(createDefaultStorageAccountDescription(this.host, this.mockedStorageAccountName, computeHost, endpointState));
        this.resourceGroupStates.add(createDefaultResourceGroupState(this.host, this.mockedStorageAccountName, computeHost, endpointState, ResourceGroupStateType.AzureResourceGroup));
        this.diskStates.add(createDefaultDiskState(this.host, this.mockedStorageAccountName, this.mockedStorageAccountName, computeHost, endpointState));
        // create an Azure VM compute resource (this also creates a disk and a storage account)
        this.vmStates.add(createDefaultVMResource(this.host, azureVMNames.get(i), computeHost, endpointState, nicSpecs.get(i)));
        // kick off a provision task to do the actual VM creation
        ProvisionComputeTaskState provisionTask = new ProvisionComputeTaskState();
        provisionTask.computeLink = this.vmStates.get(i).documentSelfLink;
        provisionTask.isMockRequest = this.isMock;
        provisionTask.taskSubStage = SubStage.CREATING_HOST;
        taskStates.add(TestUtils.doPost(this.host, provisionTask, ProvisionComputeTaskState.class, UriUtils.buildUri(this.host, ProvisionComputeTaskService.FACTORY_LINK)));
    }
    for (ProvisionComputeTaskState taskState : taskStates) {
        this.host.waitForFinishedTask(ProvisionComputeTaskState.class, taskState.documentSelfLink);
    }
    this.host.log(Level.INFO, "VMs provisioned successfully.");
    // Check resources have been created
    // expected VM count = numOfVMsToTest + 1 (1 compute host instance + numOfVMsToTest vm compute state)
    ProvisioningUtils.queryDocumentsAndAssertExpectedCount(this.host, numOfVMsToTest + 1, ComputeService.FACTORY_LINK, false);
    ProvisioningUtils.queryDocumentsAndAssertExpectedCount(this.host, numOfVMsToTest, StorageDescriptionService.FACTORY_LINK, false);
    ProvisioningUtils.queryDocumentsAndAssertExpectedCount(this.host, numOfVMsToTest, ResourceGroupService.FACTORY_LINK, false);
    ProvisioningUtils.queryDocumentsAndAssertExpectedCount(this.host, numOfVMsToTest, DiskService.FACTORY_LINK, false);
    Map<String, ComputeState> azLrtComputeStates = getVMComputeStatesWithPrefix();
    Assert.assertEquals(numOfVMsToTest, azLrtComputeStates.size());
    if (this.isMock) {
        runEnumeration(this.host, computeHost.documentSelfLink, computeHost.resourcePoolLink, endpointState, this.isMock);
        for (int i = 0; i < numOfVMsToTest; i++) {
            deleteVMs(this.host, this.vmStates.get(i).documentSelfLink, this.isMock, 1);
            this.vmStates.set(i, null);
            ProvisioningUtils.queryDocumentsAndAssertExpectedCount(this.host, numOfVMsToTest - i, ComputeService.FACTORY_LINK, false);
            deleteServiceDocument(this.host, this.storageDescriptions.get(i).documentSelfLink);
            this.storageDescriptions.set(i, null);
            ProvisioningUtils.queryDocumentsAndAssertExpectedCount(this.host, numOfVMsToTest - i - 1, StorageDescriptionService.FACTORY_LINK, true);
            deleteServiceDocument(this.host, this.resourceGroupStates.get(i).documentSelfLink);
            this.resourceGroupStates.set(i, null);
            ProvisioningUtils.queryDocumentsAndAssertExpectedCount(this.host, numOfVMsToTest - i - 1, ResourceGroupService.FACTORY_LINK, false);
            deleteServiceDocument(this.host, this.diskStates.get(i).documentSelfLink);
            this.diskStates.set(i, null);
            ProvisioningUtils.queryDocumentsAndAssertExpectedCount(this.host, numOfVMsToTest - i - 1, DiskService.FACTORY_LINK, false);
        }
        return;
    }
    // 2. Create extra resources
    createStaleResource();
    tagAzureResources();
    // stale resources + 1 compute host instance + 1 vm compute state
    ProvisioningUtils.queryDocumentsAndAssertExpectedCount(this.host, STALE_VM_RESOURCES_COUNT + (numOfVMsToTest + 1), ComputeService.FACTORY_LINK, false);
    ProvisioningUtils.queryDocumentsAndAssertExpectedCount(this.host, STALE_STORAGE_ACCOUNTS_COUNT + numOfVMsToTest, StorageDescriptionService.FACTORY_LINK, false);
    ProvisioningUtils.queryDocumentsAndAssertExpectedCount(this.host, STALE_CONTAINERS_COUNT + STALE_RG_COUNT + 1, ResourceGroupService.FACTORY_LINK, false);
    ProvisioningUtils.queryDocumentsAndAssertExpectedCount(this.host, STALE_DISKS_COUNT + numOfVMsToTest, DiskService.FACTORY_LINK, false);
    ProvisioningUtils.queryDocumentsAndAssertExpectedCount(this.host, STALE_SECURITY_GROUPS_COUNT, SecurityGroupService.FACTORY_LINK, false);
    this.vmCount = getAzureVMCount(this.computeManagementClient);
    this.host.log(Level.INFO, "Initial VM Count: %d", this.vmCount);
    // 3. Run multiple enumerations over a period of time.
    this.host.log(Level.INFO, "Waiting for multiple enumeration runs...");
    ScheduledFuture<?> enums = runEnumerationAndLogNodeStatsPeriodically();
    this.host.waitFor("Timeout while waiting for test run duration", () -> {
        TimeUnit.MINUTES.sleep(this.testRunDurationInMinutes);
        enums.cancel(false);
        return true;
    });
    this.host.waitFor("Timeout while waiting for last enumeration to clear out.", () -> {
        TimeUnit.MINUTES.sleep(1);
        return true;
    });
    verifyResourceDuplicates();
    // 4. Validate extra resources
    assertRemoteResources();
    assertStaleResources();
    ServiceDocumentQueryResult result = ProvisioningUtils.queryDocumentsAndAssertExpectedCount(this.host, this.vmCount, ComputeService.FACTORY_LINK, false);
    // validate type field for enumerated VMs
    result.documents.entrySet().stream().map(e -> Utils.fromJson(e.getValue(), ComputeState.class)).filter(c -> !c.documentSelfLink.equals(computeHost.documentSelfLink)).forEach(c -> assertEquals(ComputeType.VM_GUEST, c.type));
    // validate internal tags for enumerated VMs
    TagService.TagState expectedInternalTypeTag = newTagState(TAG_KEY_TYPE, AzureConstants.AzureResourceType.azure_vm.toString(), false, endpointState.tenantLinks);
    result.documents.entrySet().stream().map(e -> Utils.fromJson(e.getValue(), ComputeState.class)).filter(c -> c.type.equals(ComputeType.VM_GUEST)).forEach(c -> {
        assertNotNull(c.tagLinks);
        assertTrue(c.tagLinks.contains(expectedInternalTypeTag.documentSelfLink));
    });
    // validate environment name field for enumerated VMs
    result.documents.entrySet().stream().map(e -> Utils.fromJson(e.getValue(), ComputeState.class)).forEach(c -> assertEquals(ComputeDescription.ENVIRONMENT_NAME_AZURE, c.environmentName));
    // 5. Validate enumerated compute states have not changed.
    Map<String, ComputeState> azLrtComputeStatesEnd = getVMComputeStatesWithPrefix();
    assertTrue(numOfVMsToTest <= azLrtComputeStatesEnd.size());
    assertComputeStatesEqual(azLrtComputeStates, azLrtComputeStatesEnd);
    // 1 network per each stale vm resource + 1 network for original vm compute state.
    ServiceDocumentQueryResult networkResults = ProvisioningUtils.queryAllFactoryResources(this.host, NetworkService.FACTORY_LINK);
    // validate internal tags for enumerated networks
    TagService.TagState expectedNetworkInternalTypeTag = newTagState(TAG_KEY_TYPE, NETWORK_TAG_TYPE_VALUE, false, endpointState.tenantLinks);
    networkResults.documents.entrySet().stream().map(e -> Utils.fromJson(e.getValue(), NetworkState.class)).forEach(c -> {
        assertNotNull(c.tagLinks);
        assertTrue(c.tagLinks.contains(expectedNetworkInternalTypeTag.documentSelfLink));
    });
    // 1 subnet per network, 1 network per each stale vm resource + 1 subnet for the original
    // compute state.
    ServiceDocumentQueryResult subnetResults = ProvisioningUtils.queryAllFactoryResources(this.host, SubnetService.FACTORY_LINK);
    // validate internal tags for enumerated subnets
    TagService.TagState expectedSubnetInternalTypeTag = newTagState(TAG_KEY_TYPE, SUBNET_TAG_TYPE_VALUE, false, endpointState.tenantLinks);
    subnetResults.documents.entrySet().stream().map(e -> Utils.fromJson(e.getValue(), SubnetState.class)).forEach(c -> {
        assertNotNull(c.tagLinks);
        assertTrue(c.tagLinks.contains(expectedSubnetInternalTypeTag.documentSelfLink));
    });
    ServiceDocumentQueryResult nicResults = ProvisioningUtils.queryAllFactoryResources(this.host, NetworkInterfaceService.FACTORY_LINK);
    // validate internal tags for enumerated network interfaces
    TagService.TagState expectedNicInternalTypeTag = newTagState(TAG_KEY_TYPE, NETWORK_INTERFACE_TAG_TYPE_VALUE, false, endpointState.tenantLinks);
    nicResults.documents.entrySet().stream().map(e -> Utils.fromJson(e.getValue(), NetworkInterfaceState.class)).forEach(c -> {
        assertNotNull(c.tagLinks);
        assertTrue(c.tagLinks.contains(expectedNicInternalTypeTag.documentSelfLink));
    });
    for (int i = 0; i < numOfVMsToTest; i++) {
        this.host.log(Level.INFO, "Deleting vm: %s", azureVMNames.get(i));
        this.computeManagementClient.virtualMachines().beginDelete(azureVMNames.get(i), azureVMNames.get(i));
    }
    runEnumeration(this.host, computeHost.documentSelfLink, computeHost.resourcePoolLink, endpointState, this.isMock);
    for (int i = 0; i < numOfVMsToTest; i++) {
        assertResourceDisassociated(this.host, ComputeService.FACTORY_LINK, azureVMNames.get(i), true);
        // clean up
        this.vmStates.set(i, null);
        this.resourceManagementClient.resourceGroups().beginDelete(azureVMNames.get(i));
        this.host.log(Level.INFO, "Deleting vm resource group %s", azureVMNames.get(i));
    }
    // Log node stats at the end of the test
    logNodeStats(this.host.getServiceStats(this.nodeStatsUri));
}

Example 4 with TAG_KEY_TYPE

use of com.vmware.photon.controller.model.constants.PhotonModelConstants.TAG_KEY_TYPE in project photon-model by vmware.

the class AWSComputeStateCreationAdapterService method createInternalTypeTags.

private void createInternalTypeTags(AWSComputeStateCreationContext context, AWSComputeStateCreationStage next) {
    // Go over the list of internal tags to be created. Find whatever already does not have an
    // associated tag state and create an operation for its creation.
    List<Operation> joinOperations = new ArrayList<>();
    for (String resourceType : internalTagList) {
        TagState typeTag = newTagState(TAG_KEY_TYPE, resourceType, false, context.request.tenantLinks);
        Operation op = Operation.createPost(this, TagService.FACTORY_LINK).setBody(typeTag);
        joinOperations.add(op);
    }
    OperationJoin.create(joinOperations).setCompletion((ops, exs) -> {
        if (exs != null) {
            exs.values().forEach(ex -> logWarning(() -> String.format("Error creating internal tag%s", ex.getMessage())));
            context.creationStage = next;
            handleComputeStateCreateOrUpdate(context);
            return;
        }
        for (String internalTagValue : internalTagList) {
            TagState tagState = newTagState(TAG_KEY_TYPE, internalTagValue, false, context.request.tenantLinks);
            context.internalTagLinksMap.put(tagState.value, new HashSet<>(Arrays.asList(tagState.documentSelfLink)));
        }
        context.creationStage = next;
        handleComputeStateCreateOrUpdate(context);
    }).sendWith(this);
}

Example 5 with TAG_KEY_TYPE

use of com.vmware.photon.controller.model.constants.PhotonModelConstants.TAG_KEY_TYPE in project photon-model by vmware.

the class AWSNetworkStateEnumerationAdapterService method createInternalTypeTags.

/**
 * Method to create the internal tags for subnets and VPCs.
 */
private void createInternalTypeTags(AWSNetworkStateCreationContext context, AWSNetworkStateCreationStage next) {
    // Go over the list of internal tags to be created. Find whatever already does not have an
    // associated tag state and create an operation for its creation.
    List<Operation> joinOperations = new ArrayList<>();
    for (String resourceType : internalTagList) {
        TagState typeTag = newTagState(TAG_KEY_TYPE, resourceType, false, context.request.tenantLinks);
        Operation op = Operation.createPost(this, TagService.FACTORY_LINK).setBody(typeTag);
        joinOperations.add(op);
    }
    OperationJoin.create(joinOperations).setCompletion((ops, exs) -> {
        if (exs != null) {
            exs.values().forEach(ex -> logWarning(() -> String.format("Error creating internal tag : %s", ex.getMessage())));
            context.networkCreationStage = next;
            handleNetworkStateChanges(context);
            return;
        }
        for (String internalTagValue : internalTagList) {
            TagState tagState = newTagState(TAG_KEY_TYPE, internalTagValue, false, context.request.tenantLinks);
            if (internalTagValue.equalsIgnoreCase(AWSResourceType.ec2_vpc.toString())) {
                context.networkInternalTagsMap.put(PhotonModelConstants.TAG_KEY_TYPE, tagState.value);
                context.networkInternalTagLinksSet.add(tagState.documentSelfLink);
            } else {
                context.subnetInternalTagsMap.put(PhotonModelConstants.TAG_KEY_TYPE, tagState.value);
                context.subnetInternalTagLinksSet.add(tagState.documentSelfLink);
            }
        }
        context.networkCreationStage = next;
        handleNetworkStateChanges(context);
    }).sendWith(this);
}