public void testSync()
throws SecurityException, NoSuchMethodException, InterruptedException, ExecutionException {
assert syncClient.getImageServices() != null;
assert syncClient.getIpServices() != null;
assert syncClient.getJobServices() != null;
assert syncClient.getLoadBalancerServices() != null;
assert syncClient.getServerServices() != null;
}
/** In case anything went wrong during the tests, removes the objects created in the tests. */
@AfterTest
public void cleanup() {
for (String serverName : serversToDeleteAfterTheTests) {
try {
client.getServerServices().deleteByName(serverName);
} catch (Exception e) {
// it's already been deleted - proceed
}
}
for (String loadBalancerName : loadBalancersToDeleteAfterTest) {
try {
client.getLoadBalancerServices().deleteByName(loadBalancerName);
} catch (Exception e) {
// it's already been deleted - proceed
}
}
}
/** Tests common load balancer operations. Also verifies IP services and job services. */
@Test(enabled = true)
public void testLoadBalancerLifecycle() {
int lbCountBeforeTest = client.getLoadBalancerServices().getLoadBalancerList().size();
final String nameOfLoadBalancer =
"LoadBalancer" + String.valueOf(new Date().getTime()).substring(6);
loadBalancersToDeleteAfterTest.add(nameOfLoadBalancer);
Set<Ip> availableIps = client.getIpServices().getUnassignedPublicIpList();
if (availableIps.size() < 4)
throw new SkipException("Not enough available IPs (4 needed) to run the test");
Iterator<Ip> ipIterator = availableIps.iterator();
Ip vip = ipIterator.next();
Ip realIp1 = ipIterator.next();
Ip realIp2 = ipIterator.next();
Ip realIp3 = ipIterator.next();
AddLoadBalancerOptions options =
new AddLoadBalancerOptions.Builder()
.create(LoadBalancerType.LEAST_CONNECTED, LoadBalancerPersistenceType.SOURCE_ADDRESS);
LoadBalancer createdLoadBalancer =
client
.getLoadBalancerServices()
.addLoadBalancer(
nameOfLoadBalancer,
IpPortPair.builder().ip(vip).port(80).build(),
Arrays.asList(
IpPortPair.builder().ip(realIp1).port(80).build(),
IpPortPair.builder().ip(realIp2).port(80).build()),
options);
assertNotNull(createdLoadBalancer);
assert loadBalancerLatestJobCompleted.apply(createdLoadBalancer);
// get load balancer by name
Set<LoadBalancer> response =
client.getLoadBalancerServices().getLoadBalancersByName(nameOfLoadBalancer);
assert (response.size() == 1);
createdLoadBalancer = Iterables.getOnlyElement(response);
assertNotNull(createdLoadBalancer.getRealIpList());
assertEquals(createdLoadBalancer.getRealIpList().size(), 2);
assertNotNull(createdLoadBalancer.getVirtualIp());
assertEquals(createdLoadBalancer.getVirtualIp().getIp().getIp(), vip.getIp());
LoadBalancer editedLoadBalancer =
client
.getLoadBalancerServices()
.editLoadBalancerNamed(
nameOfLoadBalancer,
Arrays.asList(IpPortPair.builder().ip(realIp3).port(8181).build()));
assert loadBalancerLatestJobCompleted.apply(editedLoadBalancer);
assertNotNull(editedLoadBalancer.getRealIpList());
assertEquals(editedLoadBalancer.getRealIpList().size(), 1);
assertEquals(
Iterables.getOnlyElement(editedLoadBalancer.getRealIpList()).getIp().getIp(),
realIp3.getIp());
int lbCountAfterAddingOneServer = client.getLoadBalancerServices().getLoadBalancerList().size();
assert lbCountAfterAddingOneServer == lbCountBeforeTest + 1
: "There should be +1 increase in the number of load balancers since the test started";
// delete the load balancer
client.getLoadBalancerServices().deleteByName(nameOfLoadBalancer);
Set<Job> jobs = client.getJobServices().getJobsForObjectName(nameOfLoadBalancer);
assert ("DeleteLoadBalancer".equals(Iterables.getLast(jobs).getCommand().getName()));
assert loadBalancerLatestJobCompleted.apply(createdLoadBalancer);
int lbCountAfterDeletingTheServer =
client.getLoadBalancerServices().getLoadBalancerList().size();
assert lbCountAfterDeletingTheServer == lbCountBeforeTest
: "There should be the same # of load balancers as since the test started";
}
