@Override
public List<CloudVmInstanceStatus> check(AuthenticatedContext ac, List<CloudInstance> vms) {
List<CloudVmInstanceStatus> statuses = new ArrayList<>();
AzureRMClient azureRMClient = armClient.getClient(ac.getCloudCredential());
String stackName = armTemplateUtils.getStackName(ac.getCloudContext());
for (CloudInstance vm : vms) {
try {
Map<String, Object> virtualMachine =
azureRMClient.getVirtualMachineInstanceView(stackName, vm.getInstanceId());
List<Map<String, Object>> vmStatuses = (List) virtualMachine.get("statuses");
for (Map<String, Object> vmStatuse : vmStatuses) {
String statusCode = vmStatuse.get("code").toString();
if (statusCode.startsWith("PowerState")) {
statusCode = statusCode.replace("PowerState/", "");
statuses.add(new CloudVmInstanceStatus(vm, ArmInstanceStatus.get(statusCode)));
break;
}
}
} catch (Exception e) {
statuses.add(new CloudVmInstanceStatus(vm, InstanceStatus.TERMINATED));
}
}
return statuses;
}
@SuppressWarnings("unchecked")
@Override
public List<CloudResourceStatus> launch(
AuthenticatedContext authenticatedContext,
CloudStack stack,
PersistenceNotifier notifier,
AdjustmentType adjustmentType,
Long threshold) {
String stackName = authenticatedContext.getCloudContext().getName();
boolean existingNetwork = isExistingNetwork(stack);
boolean assignFloatingIp = assignFloatingIp(stack);
String existingSubnetCidr = getExistingSubnetCidr(authenticatedContext, stack);
String heatTemplate =
heatTemplateBuilder.build(
stackName,
stack.getGroups(),
stack.getSecurity(),
stack.getImage(),
existingNetwork,
existingSubnetCidr != null,
assignFloatingIp);
Map<String, String> parameters =
heatTemplateBuilder.buildParameters(
authenticatedContext,
stack.getNetwork(),
stack.getImage(),
existingNetwork,
existingSubnetCidr);
OSClient client = openStackClient.createOSClient(authenticatedContext);
Stack heatStack =
client
.heat()
.stacks()
.create(
Builders.stack()
.name(stackName)
.template(heatTemplate)
.disableRollback(false)
.parameters(parameters)
.timeoutMins(OPERATION_TIMEOUT)
.build());
CloudResource cloudResource =
new CloudResource.Builder().type(ResourceType.HEAT_STACK).name(heatStack.getId()).build();
try {
notifier.notifyAllocation(cloudResource, authenticatedContext.getCloudContext());
} catch (Exception e) {
// Rollback
terminate(authenticatedContext, stack, Lists.newArrayList(cloudResource));
}
List<CloudResourceStatus> resources =
check(authenticatedContext, Lists.newArrayList(cloudResource));
LOGGER.debug("Launched resources: {}", resources);
return resources;
}
@Override
public List<CloudResourceStatus> update(
AuthenticatedContext authenticatedContext, CloudStack stack, List<CloudResource> resources) {
String stackName = authenticatedContext.getCloudContext().getName();
boolean existingNetwork = isExistingNetwork(stack);
boolean assignFloatingIp = assignFloatingIp(stack);
String existingSubnetCidr = getExistingSubnetCidr(authenticatedContext, stack);
String heatTemplate =
heatTemplateBuilder.build(
stackName,
stack.getGroups(),
stack.getSecurity(),
stack.getImage(),
existingNetwork,
existingSubnetCidr != null,
assignFloatingIp);
Map<String, String> parameters =
heatTemplateBuilder.buildParameters(
authenticatedContext,
stack.getNetwork(),
stack.getImage(),
existingNetwork,
existingSubnetCidr);
return updateHeatStack(authenticatedContext, resources, heatTemplate, parameters);
}
@Override
public List<CloudVmInstanceStatus> stop(
AuthenticatedContext ac, List<CloudResource> resources, List<CloudInstance> vms) {
AzureRMClient azureRMClient = armClient.getClient(ac.getCloudCredential());
String stackName = armTemplateUtils.getStackName(ac.getCloudContext());
List<CloudVmInstanceStatus> statuses = new ArrayList<>();
for (CloudInstance vm : vms) {
try {
azureRMClient.stopVirtualMachine(stackName, vm.getInstanceId());
statuses.add(new CloudVmInstanceStatus(vm, InstanceStatus.IN_PROGRESS));
} catch (HttpResponseException e) {
statuses.add(
new CloudVmInstanceStatus(
vm, InstanceStatus.FAILED, e.getResponse().getData().toString()));
} catch (Exception e) {
statuses.add(new CloudVmInstanceStatus(vm, InstanceStatus.FAILED, e.getMessage()));
}
}
return statuses;
}
private void doRollbackAndDecreaseNodeCount(
AuthenticatedContext auth,
List<CloudResourceStatus> statuses,
Set<Long> ids,
Group group,
ResourceBuilderContext ctx,
ResourceBuilders resourceBuilders,
Boolean upscale) {
List<ComputeResourceBuilder> compute =
resourceBuilders.compute(auth.getCloudContext().getPlatform());
List<Future<ResourceRequestResult<List<CloudResourceStatus>>>> futures = new ArrayList<>();
LOGGER.info(
String.format(
"InstanceGroup %s node count decreased with one so the new node size is: %s",
group.getName(), group.getInstances().size()));
if (getRemovableInstanceTemplates(group, ids).size() <= 0 && !upscale) {
LOGGER.info("InstanceGroup node count lower than 1 which is incorrect so error will throw");
throwError(statuses);
} else {
for (int i = compute.size() - 1; i >= 0; i--) {
for (CloudResourceStatus cloudResourceStatus : statuses) {
try {
if (compute
.get(i)
.resourceType()
.equals(cloudResourceStatus.getCloudResource().getType())) {
ResourceDeleteThread thread =
createThread(
ResourceDeleteThread.NAME,
ctx,
auth,
cloudResourceStatus.getCloudResource(),
compute.get(i),
false);
Future<ResourceRequestResult<List<CloudResourceStatus>>> future =
resourceBuilderExecutor.submit(thread);
futures.add(future);
for (Future<ResourceRequestResult<List<CloudResourceStatus>>> future1 : futures) {
future1.get();
}
futures.clear();
}
} catch (Exception e) {
LOGGER.info("Resource can not be deleted. Reason: {} ", e.getMessage());
}
}
}
}
}
private void doRollback(
AuthenticatedContext auth,
List<CloudResourceStatus> failuresList,
Group group,
Integer fullNodeCount,
ResourceBuilderContext ctx,
ResourceBuilders resourceBuilders,
ScaleContext stx) {
CloudContext localStack = auth.getCloudContext();
Set<Long> failures = failureCount(failuresList);
if (stx.getAdjustmentType() == null && failures.size() > 0) {
LOGGER.info("Failure policy is null so error will throw");
throwError(failuresList);
}
switch (stx.getAdjustmentType()) {
case EXACT:
if (stx.getThreshold() > fullNodeCount - failures.size()) {
LOGGER.info("Number of failures is more than the threshold so error will throw");
throwError(failuresList);
} else if (failures.size() != 0) {
LOGGER.info("Decrease node counts because threshold was higher");
handleExceptions(
auth, failuresList, group, ctx, resourceBuilders, failures, stx.getUpscale());
}
break;
case PERCENTAGE:
if (Double.valueOf(stx.getThreshold())
> calculatePercentage(failures.size(), fullNodeCount)) {
LOGGER.info("Number of failures is more than the threshold so error will throw");
throwError(failuresList);
} else if (failures.size() != 0) {
LOGGER.info("Decrease node counts because threshold was higher");
handleExceptions(
auth, failuresList, group, ctx, resourceBuilders, failures, stx.getUpscale());
}
break;
case BEST_EFFORT:
LOGGER.info("Decrease node counts because threshold was higher");
handleExceptions(
auth, failuresList, group, ctx, resourceBuilders, failures, stx.getUpscale());
break;
default:
LOGGER.info("Unsupported adjustment type so error will throw");
throwError(failuresList);
break;
}
}
private List<CloudResourceStatus> updateHeatStack(
AuthenticatedContext authenticatedContext,
List<CloudResource> resources,
String heatTemplate,
Map<String, String> parameters) {
CloudResource resource = utils.getHeatResource(resources);
String stackName = authenticatedContext.getCloudContext().getName();
String heatStackId = resource.getName();
OSClient client = openStackClient.createOSClient(authenticatedContext);
StackUpdate updateRequest =
Builders.stackUpdate()
.template(heatTemplate)
.parameters(parameters)
.timeoutMins(OPERATION_TIMEOUT)
.build();
client.heat().stacks().update(stackName, heatStackId, updateRequest);
LOGGER.info(
"Heat stack update request sent with stack name: '{}' for Heat stack: '{}'",
stackName,
heatStackId);
return check(authenticatedContext, resources);
}
@Override
public List<CloudResourceStatus> terminate(
AuthenticatedContext authenticatedContext,
CloudStack cloudStack,
List<CloudResource> resources) {
for (CloudResource resource : resources) {
switch (resource.getType()) {
case HEAT_STACK:
String heatStackId = resource.getName();
String stackName = authenticatedContext.getCloudContext().getName();
LOGGER.info("Terminate stack: {}", stackName);
OSClient client = openStackClient.createOSClient(authenticatedContext);
client.heat().stacks().delete(stackName, heatStackId);
break;
default:
throw new CloudConnectorException(
String.format("Invalid resource type: %s", resource.getType()));
}
}
return check(authenticatedContext, resources);
}
@Override
public List<CloudResourceStatus> check(
AuthenticatedContext authenticatedContext, List<CloudResource> resources) {
List<CloudResourceStatus> result = new ArrayList<>();
OSClient client = openStackClient.createOSClient(authenticatedContext);
for (CloudResource resource : resources) {
switch (resource.getType()) {
case HEAT_STACK:
String heatStackId = resource.getName();
String stackName = authenticatedContext.getCloudContext().getName();
LOGGER.info("Checking OpenStack Heat stack status of: {}", stackName);
Stack heatStack = client.heat().stacks().getDetails(stackName, heatStackId);
CloudResourceStatus heatResourceStatus = utils.heatStatus(resource, heatStack);
result.add(heatResourceStatus);
break;
default:
throw new CloudConnectorException(
String.format("Invalid resource type: %s", resource.getType()));
}
}
return result;
}