use of org.platformlayer.service.cloud.google.ops.compute.GoogleComputeMachine in project platformlayer by platformlayer.
the class GoogleCloudInstanceController method addChildren.
@Override
protected void addChildren() throws OpsException {
final GoogleCloudInstance model = OpsContext.get().getInstance(GoogleCloudInstance.class);
PublicKey rootPublicKey;
try {
rootPublicKey = OpenSshUtils.readSshPublicKey(model.sshPublicKey);
} catch (IOException e) {
throw new OpsException("Cannot read SSH key");
}
CloudInstanceMapper instance;
{
instance = injected(CloudInstanceMapper.class);
instance.instance = model;
addChild(instance);
}
{
SshAuthorizedKey authorizeRoot = instance.addChild(SshAuthorizedKey.class);
authorizeRoot.user = "root";
authorizeRoot.publicKey = rootPublicKey;
}
{
instance.addChild(ConfigureSshd.class);
}
{
OpsProvider<TagChanges> tagChanges = new OpsProvider<TagChanges>() {
@Override
public TagChanges get() {
GoogleComputeMachine machine = OpsContext.get().getInstance(GoogleComputeMachine.class);
TagChanges tagChanges = new TagChanges();
tagChanges.addTags.add(Tag.INSTANCE_KEY.build(model.getKey()));
tagChanges.addTags.addAll(machine.buildAddressTags());
return tagChanges;
}
};
instance.addChild(Tagger.build(model, tagChanges));
}
// Note: We can't bootstrap an instance, because we can't log in to it,
// because the public key is not our service's public key
// if (model.publicPorts != null) {
// for (int publicPort : model.publicPorts) {
// PublicPorts publicPortForward = injected(PublicPorts.class);
// publicPortForward.port = publicPort;
// publicPortForward.backendItem = model;
// kvm.addChild(publicPortForward);
// }
// }
}
use of org.platformlayer.service.cloud.google.ops.compute.GoogleComputeMachine in project platformlayer by platformlayer.
the class CloudInstanceMapper method doOperation.
@Handler
public void doOperation() throws OpsException, IOException {
Tags instanceTags = instance.getTags();
GoogleCloud cloud = findCloud();
if (cloud == null) {
throw new OpsException("Could not find cloud");
}
GoogleComputeClient computeClient = googleComputeClientFactory.getComputeClient(cloud);
getRecursionState().pushChildScope(cloud);
List<String> assignedInstanceIds = instanceTags.findAll(Tag.ASSIGNED);
if (assignedInstanceIds.isEmpty()) {
if (createInstance && !OpsContext.isDelete()) {
MachineCreationRequest request = buildMachineCreationRequest();
PlatformLayerKey instanceKey = instance.getKey();
request.tags.add(Tag.buildParentTag(instanceKey));
PublicKey servicePublicKey = service.getSshKey().getKeyPair().getPublic();
Instance created = computeClient.createInstance(cloud, request, servicePublicKey);
{
Tag instanceTag = Tag.build(Tag.ASSIGNED, created.getName());
platformLayer.addTag(instance.getKey(), instanceTag);
}
assignedInstanceIds.add(created.getName());
}
}
if (assignedInstanceIds.isEmpty() && !OpsContext.isDelete()) {
throw new OpsException("Instance not yet assigned");
}
GoogleComputeMachine machine = null;
OpsTarget target = null;
if (!assignedInstanceIds.isEmpty()) {
if (assignedInstanceIds.size() != 1) {
log.warn("Multiple instance ids found: " + assignedInstanceIds);
}
// We just take the first instance id
String assignedInstanceId = Iterables.getFirst(assignedInstanceIds, null);
Instance server = computeClient.findInstanceByName(assignedInstanceId);
if (server == null) {
if (OpsContext.isConfigure()) {
throw new OpsException("Unable to find assigned server: " + assignedInstanceId);
}
} else {
server = computeClient.ensureHasPublicIp(server);
machine = new GoogleComputeMachine(computeClient, cloud, server);
SshKey sshKey = service.getSshKey();
target = machine.getTarget(GoogleComputeClient.USER_NAME, sshKey.getKeyPair());
// We need to use sudo while we set up root access
((SshOpsTarget) target).setEnsureRunningAsRoot(true);
}
}
if (!assignedInstanceIds.isEmpty() && OpsContext.isDelete()) {
for (String instanceId : assignedInstanceIds) {
Instance server = computeClient.findInstanceByName(instanceId);
if (server == null) {
log.warn("Could not find assigned server: " + instanceId + ", ignoring");
continue;
}
// TODO: Remove associated firewall rules
log.warn("Deleting firewall rules not yet implemented");
// SecurityGroup securityGroup = null;
// if (supportsSecurityGroups) {
// securityGroup = openstackHelpers.getMachineSecurityGroup(computeClient, server);
// }
Operation terminateOperation = computeClient.terminateInstance(instanceId);
try {
computeClient.waitComplete(terminateOperation, 5, TimeUnit.MINUTES);
} catch (TimeoutException e) {
throw new OpsException("Timeout while waiting for instance termination", e);
}
// if (securityGroup != null) {
// // We need to terminate the instance before we delete the security group it uses
// if (terminateOperation != null) {
// waitOperation(terminateOperation);
// }
//
// try {
// log.info("Deleting security group: " + securityGroup.getId());
// computeClient.root().securityGroups().securityGroup(securityGroup.getId()).delete();
// } catch (OpenstackNotFoundException e) {
// log.info("Ignoring not-found error while deleting security group: " + securityGroup.getId());
// }
// }
}
if (machine != null) {
machine.refreshState();
}
}
RecursionState recursion = getRecursionState();
if (OpsContext.isDelete() && machine == null) {
recursion.setPreventRecursion(true);
} else {
recursion.pushChildScope(machine);
recursion.pushChildScope(target);
}
}
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