@Before
public void standUp() throws EntityNotFoundException, UnprocessableEntityException {
lb = new LoadBalancer();
lbRepository = mock(LoadBalancerRepository.class);
lbService = new LoadBalancerServiceImpl();
lbService.setLoadBalancerRepository(lbRepository);
SslTermination sslTermination = new SslTermination();
sslTermination.setIntermediateCertificate("iCert");
sslTermination.setCertificate("cert");
sslTermination.setPrivatekey("aKey");
sslTermination.setEnabled(true);
sslTermination.setSecurePort(445);
sslTermination.setSecureTrafficOnly(false);
lb.setSslTermination(sslTermination);
lb.setStatus(LoadBalancerStatus.ACTIVE);
defaultProtocol =
new LoadBalancerProtocolObject(LoadBalancerProtocol.HTTP, "HTTP Protocol", 80, true);
when(lbRepository.getByIdAndAccountId(Matchers.<Integer>any(), Matchers.<Integer>any()))
.thenReturn(lb);
// when(lbRepository.testAndSetStatus(Matchers.<Integer>any(),
// Matchers.<Integer>any(),Matchers.<LoadBalancerStatus>any(),
// Matchers.<Boolean>any())).thenReturn(true);
}
/**
* Configure and reload the load balancer
*
* @throws LoadBalancerExtensionException if the configuration or reload process fails
*/
private void configureAndReload() throws LoadBalancerExtensionException {
// Configure load balancer
if (loadBalancer.configure(topologyProvider.getTopology())) {
// Reload the load balancer
loadBalancer.reload();
}
}
@Test
public void shouldSetStatusToBuildWhenStatusIsModified() {
lb.setStatus(LoadBalancerStatus.ERROR);
lbService.addDefaultValues(lb);
Assert.assertEquals(LoadBalancerStatus.BUILD, lb.getStatus());
}
@Test(expected = BadRequestException.class)
public void shouldRejectUpdateProtocolIfUsingSslTermination() throws Exception {
LoadBalancer loadBalancer = new LoadBalancer();
loadBalancer.setProtocol(LoadBalancerProtocol.HTTPS);
loadBalancer.setStatus(LoadBalancerStatus.ACTIVE);
lbService.prepareForUpdate(loadBalancer);
}
@Test(expected = BadRequestException.class)
public void shouldFailWhenUpdatingPortToSSLPort() throws Exception {
LoadBalancer loadBalancer = new LoadBalancer();
loadBalancer.setStatus(LoadBalancerStatus.ACTIVE);
loadBalancer.setPort(445);
lbService.prepareForUpdate(loadBalancer);
}
@Test(expected = BadRequestException.class)
public void shouldVerifySharedVipLbs() throws Exception {
List<LoadBalancer> lbs = new ArrayList<LoadBalancer>();
LoadBalancer loadBalancer = new LoadBalancer();
loadBalancer.setId(3333);
loadBalancer.setAccountId(55555);
Set<LoadBalancerJoinVip> jvips = new HashSet<LoadBalancerJoinVip>();
LoadBalancerJoinVip jvip = new LoadBalancerJoinVip();
jvip.setVirtualIp(new VirtualIp());
jvip.setId(new LoadBalancerJoinVip.Id(loadBalancer.getId(), 676));
jvip.setLoadBalancer(lb);
jvips.add(jvip);
loadBalancer.setLoadBalancerJoinVipSet(jvips);
List<LoadBalancer> sharedlbs = new ArrayList<LoadBalancer>();
LoadBalancer sharedlb = new LoadBalancer();
sharedlb.setId(9844);
sharedlbs.add(sharedlb);
when(virtualIpRepository.getLoadBalancersByVipId(Matchers.anyInt())).thenReturn(sharedlbs);
lbs.add(loadBalancer);
when(lbRepository.getById(Matchers.anyInt())).thenReturn(loadBalancer);
List<LoadBalancer> newLbs;
newLbs = lbService.reassignLoadBalancerHost(lbs);
LoadBalancer newLb;
newLb = newLbs.get(0);
Assert.assertEquals((Object) 55555, newLb.getAccountId());
}
/**
* Configure and start the load balancer
*
* @throws LoadBalancerExtensionException if configuration or start process fails
*/
private void configureAndStart() throws LoadBalancerExtensionException {
// Initialize topology
if (!topologyEventReceiver.isInitialized()) {
topologyEventReceiver.initializeTopology();
}
// Configure load balancer
Topology topology = topologyProvider.getTopology();
if (topologyPopulated(topology) && loadBalancer.configure(topology)) {
// Start load balancer
loadBalancer.start();
loadBalancerStarted = true;
}
}
private void testNodes() throws IOException {
System.out.println("Start testing.");
long startTime = System.currentTimeMillis();
StringReader stringReader = new StringReader(readTestData());
Instances instances = new Instances(stringReader);
instances.setClassIndex(instances.numAttributes() - 1);
System.out.println("Starting testing of " + instances.numInstances() + " instances in total.");
LoadBalancer loadBalancer = new LoadBalancer(daoList, instances);
loadBalancer.start();
long testTime = System.currentTimeMillis() - startTime;
System.out.println("Finished testing in " + testTime + " ms");
}
@Test
public void shouldNotAddDefaultValuesWhenValuesAreSet() {
lb.setAlgorithm(LoadBalancerAlgorithm.LEAST_CONNECTIONS);
lb.setProtocol(LoadBalancerProtocol.IMAPv3);
lb.setConnectionLogging(true);
lb.setPort(1234);
lb.setSessionPersistence(SessionPersistence.HTTP_COOKIE);
lbService.addDefaultValues(lb);
Assert.assertEquals(LoadBalancerAlgorithm.LEAST_CONNECTIONS, lb.getAlgorithm());
Assert.assertEquals(LoadBalancerProtocol.IMAPv3, lb.getProtocol());
Assert.assertTrue(lb.isConnectionLogging());
Assert.assertEquals(1234, lb.getPort().intValue());
Assert.assertEquals(SessionPersistence.HTTP_COOKIE, lb.getSessionPersistence());
}
@Test
public void shouldUpdateNodesStatusAndWeightsAppropriately() {
Set<Node> nodes = new HashSet<Node>();
Node node1 = new Node();
Node node2 = new Node();
Node node3 = new Node();
node1.setCondition(NodeCondition.ENABLED);
node2.setCondition(NodeCondition.DRAINING);
node3.setCondition(NodeCondition.DISABLED);
node1.setWeight(null);
node2.setWeight(0);
node3.setWeight(10);
nodes.add(node1);
nodes.add(node2);
nodes.add(node3);
lb.setNodes(nodes);
lbService.addDefaultValues(lb);
Assert.assertEquals(NodeStatus.ONLINE, node1.getStatus());
Assert.assertEquals(NodeStatus.ONLINE, node2.getStatus());
Assert.assertEquals(NodeStatus.ONLINE, node3.getStatus());
Assert.assertEquals(1, node1.getWeight().intValue());
Assert.assertEquals(0, node2.getWeight().intValue());
Assert.assertEquals(10, node3.getWeight().intValue());
}
@Test(expected = BadRequestException.class)
public void shouldFailIfLbisSticky() throws Exception {
when(lbRepository.getById(Matchers.<Integer>any())).thenReturn(lb);
List<LoadBalancer> lbs = new ArrayList<LoadBalancer>();
LoadBalancer loadBalancer = new LoadBalancer();
loadBalancer.setId(3333);
lb.setSticky(true);
lbs.add(loadBalancer);
List<LoadBalancer> newLbs;
newLbs = lbService.reassignLoadBalancerHost(lbs);
LoadBalancer newLb;
newLb = newLbs.get(0);
Assert.assertEquals((Object) 555555, newLb.getAccountId());
}
protected static void setupIvars() {
Set<LoadBalancerJoinVip> vipList = new HashSet<LoadBalancerJoinVip>();
vip1 = new VirtualIp();
vip1.setId(TEST_VIP_ID);
vip1.setIpAddress("10.69.0.59");
vip2 = new VirtualIp();
vip2.setId(TEST_VIP_ID + 1);
vip2.setIpAddress("10.69.0.60");
LoadBalancerJoinVip loadBalancerJoinVip = new LoadBalancerJoinVip();
loadBalancerJoinVip.setVirtualIp(vip1);
vipList.add(loadBalancerJoinVip);
loadBalancerJoinVip = new LoadBalancerJoinVip();
loadBalancerJoinVip.setVirtualIp(vip2);
vipList.add(loadBalancerJoinVip);
Set<Node> nodeList = new HashSet<Node>();
node1 = new Node();
node2 = new Node();
node1.setIpAddress("127.0.0.1");
node2.setIpAddress("127.0.0.2");
node1.setPort(80);
node2.setPort(80);
node1.setCondition(ENABLED);
node2.setCondition(DISABLED);
node1.setWeight(1);
node2.setWeight(1);
nodeList.add(node1);
nodeList.add(node2);
LoadBalancer lb = new LoadBalancer();
lb.setId(TEST_LOADBALANCER_ID);
lb.setAccountId(TEST_ACCOUNT_ID);
lb.setPort(80);
lb.setAlgorithm(ROUND_ROBIN);
lb.setName("STM-TESTER");
lb.setProtocol(HTTP);
lb.setNodes(nodeList);
lb.setLoadBalancerJoinVipSet(vipList);
lb.setUserPages(new UserPages());
STMTestBase.lb = lb;
}
@Test
public void shouldAddNewAccessListLoadBalancerWhenOperationSucceeds() throws Exception {
List<AccessList> accessListsBefore =
accessListService.getAccessListByAccountIdLoadBalancerId(
loadBalancer.getAccountId(), loadBalancer.getId());
LoadBalancer newLoadBalancer = new LoadBalancer();
newLoadBalancer.setId(loadBalancer.getId());
newLoadBalancer.setAccountId(loadBalancer.getAccountId());
accessList.setLoadbalancer(loadBalancer);
newLoadBalancer.addAccessList(accessList);
accessListService.updateAccessList(newLoadBalancer);
List<AccessList> accessListsAfter =
accessListService.getAccessListByAccountIdLoadBalancerId(
loadBalancer.getAccountId(), loadBalancer.getId());
Assert.assertEquals(accessListsBefore.size() + 1, accessListsAfter.size());
}
@Before
public void setUp() throws Exception {
loadBalancer = new LoadBalancer();
loadBalancer.setAccountId(1000);
loadBalancer.setName("integration testing");
loadBalancer.setPort(80);
loadBalancer.setProtocol(LoadBalancerProtocol.POP3);
Set<Node> nodes = new HashSet<Node>();
Node node = new Node();
node.setIpAddress("2.2.2.2");
node.setPort(80);
node.setCondition(NodeCondition.ENABLED);
nodes.add(node);
loadBalancer.setNodes(nodes);
UserPages userPages = new UserPages();
userPages.setErrorpage("aError");
userPages.setLoadbalancer(loadBalancer);
loadBalancer.setUserPages(userPages);
loadBalancer = createLoadBalancerInActiveStatus(loadBalancer);
accessList = new AccessList();
accessList.setIpAddress("new ip");
accessList.setType(AccessListType.ALLOW);
}
@Test
public void shouldAddDefaultValuesWhenNoValuesAreSet() {
lbService.addDefaultValues(lb);
Assert.assertEquals(LoadBalancerAlgorithm.RANDOM, lb.getAlgorithm());
Assert.assertEquals(LoadBalancerProtocol.HTTP, lb.getProtocol());
Assert.assertFalse(lb.isConnectionLogging());
Assert.assertEquals(defaultProtocol.getPort(), lb.getPort());
Assert.assertEquals(SessionPersistence.NONE, lb.getSessionPersistence());
Assert.assertEquals(LoadBalancerStatus.BUILD, lb.getStatus());
Assert.assertEquals(false, lb.isHalfClosed());
}
private void start() {
lifecycleService.setStarted();
connectionManager.start();
try {
clusterService.start();
} catch (IllegalStateException e) {
// there was an authentication failure (todo: perhaps use an AuthenticationException
// ??)
lifecycleService.shutdown();
throw e;
}
loadBalancer.init(getCluster(), config);
partitionService.start();
}
@Test(expected = ImmutableEntityException.class)
public void shouldThrowExceptionWhenLoaBalancerNotActive() throws Exception {
loadBalancerService.setStatus(loadBalancer, LoadBalancerStatus.ERROR);
LoadBalancer newLoadBalancer = new LoadBalancer();
newLoadBalancer.setId(loadBalancer.getId());
newLoadBalancer.setAccountId(loadBalancer.getAccountId());
newLoadBalancer.addAccessList(accessList);
accessListService.updateAccessList(newLoadBalancer);
}
@Test(expected = BadRequestException.class)
public void shouldThrowExceptionWhenDuplicateAccessLists() throws Exception {
LoadBalancer newLoadBalancer = new LoadBalancer();
newLoadBalancer.setId(loadBalancer.getId());
newLoadBalancer.setAccountId(loadBalancer.getAccountId());
accessList.setLoadbalancer(loadBalancer);
newLoadBalancer.addAccessList(accessList);
accessListService.updateAccessList(newLoadBalancer);
loadBalancerService.setStatus(loadBalancer, LoadBalancerStatus.ACTIVE);
newLoadBalancer.addAccessList(accessList);
accessListService.updateAccessList(newLoadBalancer);
}
/** Stop load balancer instance. */
public void stop() {
try {
if (topologyEventReceiver != null) {
topologyEventReceiver.terminate();
}
} catch (Exception ignore) {
}
try {
if (statisticsNotifier != null) {
statisticsNotifier.terminate();
}
} catch (Exception ignore) {
}
try {
loadBalancer.stop();
} catch (Exception ignore) {
}
}
@Test(expected = BadRequestException.class)
public void shouldThrowExceptionWhenAccessListLimitExceeded() throws Exception {
LoadBalancer newLoadBalancer = new LoadBalancer();
newLoadBalancer.setId(loadBalancer.getId());
newLoadBalancer.setAccountId(loadBalancer.getAccountId());
accessList.setLoadbalancer(loadBalancer);
for (int i = 0; i < 101; i++) {
accessList = new AccessList();
accessList.setIpAddress("new ip " + i);
accessList.setType(AccessListType.ALLOW);
newLoadBalancer.addAccessList(accessList);
}
accessListService.updateAccessList(newLoadBalancer);
}
public Queue(LoadBalancer loadBalancer) {
this.loadBalancer = loadBalancer.sanitize();
// if all the executors are busy doing something, then the queue won't be maintained in
// timely fashion, so use another thread to make sure it happens.
new MaintainTask(this);
}
@Before
public void standUp()
throws EntityNotFoundException, UnprocessableEntityException, ClusterStatusException,
NoAvailableClusterException {
lb = new LoadBalancer();
lbRepository = mock(LoadBalancerRepository.class);
lbService = new LoadBalancerServiceImpl();
lbService.setLoadBalancerRepository(lbRepository);
hostService = new HostServiceImpl();
hostService.setLoadBalancerRepository(lbRepository);
hostRepository = mock(HostRepository.class);
hostService.setHostRepository(hostRepository);
clusterService = new ClusterServiceImpl();
clusterService.setLoadBalancerRepository(lbRepository);
clusterRepository = mock(ClusterRepository.class);
clusterService.setClusterRepository(clusterRepository);
virtualIpRepository = mock(VirtualIpRepository.class);
loadBalancerStatusHistoryRepository = mock(LoadBalancerStatusHistoryRepository.class);
loadBalancerStatusHistoryService = new LoadBalancerStatusHistoryServiceImpl();
loadBalancerStatusHistoryService.setLoadBalancerStatusHistoryRepository(
loadBalancerStatusHistoryRepository);
hostService.setClusterRepository(clusterRepository);
// lbService.setHostService(hostService);
// lbService.setLoadBalancerStatusHistoryService(loadBalancerStatusHistoryService);
lbService.setVirtualIpRepository(virtualIpRepository);
lb.setStatus(LoadBalancerStatus.ACTIVE);
lb.setAccountId(555555);
lb.setId(3333);
lb.setPort(33);
lb.setProtocol(LoadBalancerProtocol.HTTP);
Host host = new Host();
host.setId(2);
host.setHostStatus(HostStatus.ACTIVE);
Cluster cluster = new Cluster();
cluster.setId(3);
lb.setHost(host);
when(hostRepository.getById(Matchers.<Integer>any())).thenReturn(host);
when(hostRepository.getDefaultActiveHost(Matchers.<Integer>any())).thenReturn(host);
when(clusterRepository.getActiveCluster(null, false)).thenReturn(cluster);
when(hostService.getById(Matchers.<Integer>any())).thenReturn(host);
when(loadBalancerStatusHistoryRepository.save(
Matchers.<LoadBalancerStatusHistory>anyObject()))
.thenReturn(new LoadBalancerStatusHistory());
// when(loadBalancerStatusHistoryService.save(lb.getAccountId(), lb.getId(),
// status);)
// when(lbRepository.testAndSetStatus(Matchers.<Integer>any(),
// Matchers.<Integer>any(),Matchers.<LoadBalancerStatus>any(),
// Matchers.<Boolean>any())).thenReturn(true);
}
public static void run(
SIRStream str,
JInterfaceDeclaration[] interfaces,
SIRInterfaceTable[] interfaceTables,
SIRStructure[] structs,
SIRHelper[] helpers,
SIRGlobal global) {
System.out.println("Entry to SMP Backend...");
checkArguments();
setScheduler();
if (KjcOptions.smp > 16) {
setupLargeConfig();
}
// create cores in desired amount and order
int[] cores = new int[KjcOptions.smp];
for (int x = 0; x < KjcOptions.smp; x++) cores[x] = coreOrder[x];
chip = new SMPMachine(cores);
// create a new structs.h file for typedefs etc.
structs_h = new Structs_h(structs);
// The usual optimizations and transformation to slice graph
CommonPasses commonPasses = new CommonPasses();
// perform standard optimizations, use the number of cores the user wants to target
commonPasses.run(str, interfaces, interfaceTables, structs, helpers, global, chip.size());
// perform some standard cleanup on the slice graph.
commonPasses.simplifySlices();
// dump slice graph to dot file
commonPasses.getSlicer().dumpGraph("traces.dot", null);
// partition the slice graph based on the scheduling policy
SpaceTimeScheduleAndSlicer graphSchedule =
new SpaceTimeScheduleAndSlicer(commonPasses.getSlicer());
scheduler.setGraphSchedule(graphSchedule);
scheduler.run(chip.size());
FilterInfo.reset();
// generate schedules for initialization, primepump and steady-state
scheduleSlices(graphSchedule);
// generate layout for filters
scheduler.runLayout();
// dump final slice graph to dot file
graphSchedule.getSlicer().dumpGraph("after_slice_partition.dot", scheduler);
graphSchedule.getSlicer().dumpGraph("slice_graph.dot", scheduler, false);
// if load balancing, find candidiate fission groups to load balance
if (KjcOptions.loadbalance) {
LoadBalancer.findCandidates();
LoadBalancer.instrumentMainMethods();
}
// create all buffers and set the rotation lengths
RotatingBuffer.createBuffers(graphSchedule);
// now convert to Kopi code plus communication commands
backEndBits = new SMPBackEndFactory(chip, scheduler);
backEndBits.getBackEndMain().run(graphSchedule, backEndBits);
// generate code for file writer
CoreCodeStore.generatePrintOutputCode();
if (KjcOptions.numbers > 0) chip.getNthComputeNode(0).getComputeCode().generateNumbersCode();
// emit c code for all cores
EmitSMPCode.doit(backEndBits);
// dump structs.h file
structs_h.writeToFile();
// display final assignment of filters to cores
System.out.println("Final filter assignments:");
System.out.println("========================================");
for (int x = 0; x < KjcOptions.smp; x++) {
Core core = chip.getNthComputeNode(x);
Set<FilterSliceNode> filters = core.getComputeCode().getFilters();
long totalWork = 0;
System.out.println("Core " + core.getCoreID() + ": ");
for (FilterSliceNode filter : filters) {
long work = SliceWorkEstimate.getWork(filter.getParent());
System.out.format("%16d | " + filter + "\n", work);
totalWork += work;
}
System.out.format("%16d | Total\n", totalWork);
}
// calculate computation to communication ratio
if (KjcOptions.sharedbufs) {
LinkedList<Slice> slices =
DataFlowOrder.getTraversal(graphSchedule.getSlicer().getTopSlices());
HashSet<Slice> compProcessed = new HashSet<Slice>();
HashSet<Slice> commProcessed = new HashSet<Slice>();
long comp = 0;
long comm = 0;
for (Slice slice : slices) {
if (compProcessed.contains(slice)) continue;
comp += SliceWorkEstimate.getWork(slice);
compProcessed.add(slice);
}
/*
for(Slice slice : slices) {
if(commProcessed.contains(slice))
continue;
FilterInfo info = FilterInfo.getFilterInfo(slice.getFirstFilter());
int totalItemsReceived = info.totalItemsReceived(SchedulingPhase.STEADY);
if(totalItemsReceived == 0)
continue;
InputSliceNode input = slice.getHead();
Set<InterSliceEdge> sources = input.getSourceSet(SchedulingPhase.STEADY);
int numInputRots = totalItemsReceived / input.totalWeights(SchedulingPhase.STEADY);
if(!FissionGroupStore.isFizzed(slice)) {
for(InterSliceEdge source : sources) {
Slice srcSlice = source.getSrc().getParent();
// if(srcSlice.getFirstFilter().isFileInput())
// continue;
if(FissionGroupStore.isFizzed(srcSlice)) {
// Filter is not fizzed, source is fizzed
// Filter must receive (N-1)/N of inputs from different cores
comm += numInputRots *
input.getWeight(source, SchedulingPhase.STEADY) /
KjcOptions.smp * (KjcOptions.smp - 1);
}
else {
// Filter is not fizzed, source is not fizzed
// Check to see if on same core
// If not, must communicate all elements
if(!scheduler.getComputeNode(slice.getFirstFilter()).equals(
scheduler.getComputeNode(srcSlice.getFirstFilter()))) {
comm += numInputRots *
input.getWeight(source, SchedulingPhase.STEADY);
}
}
}
}
else {
for(InterSliceEdge source : sources) {
Slice srcSlice = source.getSrc().getParent();
// if(srcSlice.getFirstFilter().isFileInput())
// continue;
if(FissionGroupStore.isFizzed(srcSlice)) {
// Filter is fizzed, source is also fizzed
int totalItemsReceivedPerFizzed = totalItemsReceived /
FissionGroupStore.getFissionGroup(slice).fizzedSlices.length;
int numInputRotsPerFizzed = numInputRots /
FissionGroupStore.getFissionGroup(slice).fizzedSlices.length;
System.out.println("totalItemsReceivedPerFizzed: " + totalItemsReceivedPerFizzed);
System.out.println("numInputRotsPerFizzed: " + numInputRotsPerFizzed);
int inputWeightBeforeSrc =
input.weightBefore(source, SchedulingPhase.STEADY);
int inputWeightSrc = input.getWeight(source, SchedulingPhase.STEADY);
int inputTotalWeight = input.totalWeights(SchedulingPhase.STEADY);
System.out.println("inputWeightBeforeSrc: " + inputWeightBeforeSrc);
System.out.println("inputWeightSrc: " + inputWeightSrc);
System.out.println("copyDown: " + info.copyDown);
int numXmit = 0;
for(int rot = 0 ; rot < numInputRotsPerFizzed ; rot++) {
numXmit += Math.min(inputWeightSrc,
Math.max(0,
info.copyDown +
rot * inputTotalWeight +
inputWeightBeforeSrc + inputWeightSrc -
totalItemsReceivedPerFizzed));
}
System.out.println("numXmit: " + numXmit);
comm += KjcOptions.smp * numXmit;
}
else {
// Filter is fizzed, source is not fizzed
// Source must send (N-1)/N of outputs to different cores
comm += numInputRots *
input.getWeight(source, SchedulingPhase.STEADY) /
KjcOptions.smp * (KjcOptions.smp - 1);
}
}
}
commProcessed.add(slice);
}
*/
// Simple communication estimation
for (Slice slice : slices) {
if (commProcessed.contains(slice)) continue;
FilterInfo info = FilterInfo.getFilterInfo(slice.getFirstFilter());
int totalItemsReceived = info.totalItemsReceived(SchedulingPhase.STEADY);
if (totalItemsReceived == 0) continue;
comm += totalItemsReceived;
if (FissionGroupStore.isFizzed(slice)) {
assert info.peek >= info.pop;
comm += (info.peek - info.pop) * KjcOptions.smp;
}
commProcessed.add(slice);
}
// Simple communication estimation 2
/*
for(Slice slice : slices) {
if(commProcessed.contains(slice))
continue;
FilterInfo info = FilterInfo.getFilterInfo(slice.getFirstFilter());
int totalItemsReceived = info.totalItemsReceived(SchedulingPhase.STEADY);
int totalItemsSent = info.totalItemsSent(SchedulingPhase.STEADY);
comm += totalItemsReceived;
comm += totalItemsSent;
if(totalItemsReceived == 0)
continue;
if(FissionGroupStore.isFizzed(slice)) {
assert info.peek >= info.pop;
comm += (info.peek - info.pop) * KjcOptions.smp;
}
commProcessed.add(slice);
}
*/
System.out.println("Final Computation: " + comp);
System.out.println("Final Communication: " + comm);
System.out.println("Final Comp/Comm Ratio: " + (float) comp / (float) comm);
}
System.exit(0);
}
public static LoadBalancer generateLoadBalancer() {
LoadBalancer loadBalancer = new LoadBalancer();
loadBalancer.setPort(port);
Set<AccessList> accessLists = new HashSet<AccessList>();
AccessList item = new AccessList();
item.setUserName(username);
item.setId(id);
item.setIpAddress(ipv42);
item.setType(AccessListType.DENY);
item.setLoadbalancer(loadBalancer);
accessLists.add(item);
loadBalancer.setAccessLists(accessLists);
loadBalancer.setAccountId(accountId);
loadBalancer.setAlgorithm(LoadBalancerAlgorithm.ROUND_ROBIN);
ConnectionLimit limit = new ConnectionLimit();
limit.setId(id);
limit.setUserName(username);
limit.setLoadBalancer(loadBalancer);
limit.setMaxConnectionRate(maxConnectRate);
limit.setMaxConnections(maxConnections);
limit.setMinConnections(minConnections);
limit.setRateInterval(rateInterval);
loadBalancer.setConnectionLimit(limit);
loadBalancer.setConnectionLogging(active);
loadBalancer.setContentCaching(active);
loadBalancer.setCreated(Calendar.getInstance());
loadBalancer.setUpdated(Calendar.getInstance());
loadBalancer.setHalfClosed(active);
HealthMonitor monitor = new HealthMonitor();
monitor.setUserName(username);
monitor.setId(id);
monitor.setAttemptsBeforeDeactivation(numAttempts);
monitor.setBodyRegex(regex);
monitor.setDelay(delay);
monitor.setHostHeader(header);
monitor.setLoadbalancer(loadBalancer);
monitor.setStatusRegex(regex);
monitor.setPath(path);
monitor.setTimeout(timeout);
monitor.setType(HealthMonitorType.CONNECT);
loadBalancer.setHealthMonitor(monitor);
loadBalancer.setHost(new Host());
loadBalancer.setName(name);
Set<Node> nodes = new HashSet<Node>();
Node node = new Node();
node.setId(id);
node.setPort(port);
node.setLoadbalancer(loadBalancer);
node.setCondition(NodeCondition.ENABLED);
node.setIpAddress(ipv43);
List<NodeMeta> nodeMetadata = new ArrayList<NodeMeta>();
NodeMeta nodeMeta = new NodeMeta();
nodeMeta.setKey(metaKey);
nodeMeta.setNode(node);
nodeMeta.setValue(metaValue);
nodeMeta.setId(id);
nodeMeta.setUserName(username);
nodeMetadata.add(nodeMeta);
node.setNodeMetadata(nodeMetadata);
node.setStatus(NodeStatus.ONLINE);
node.setType(NodeType.PRIMARY);
node.setWeight(weight);
nodes.add(node);
node = new Node();
node.setId(id + 1);
node.setPort(port);
node.setLoadbalancer(loadBalancer);
node.setCondition(NodeCondition.ENABLED);
node.setIpAddress(ipv44);
nodeMetadata = new ArrayList<NodeMeta>();
nodeMeta = new NodeMeta();
nodeMeta.setKey(metaKey);
nodeMeta.setNode(node);
nodeMeta.setValue(metaValue);
nodeMeta.setId(id + 1);
nodeMeta.setUserName(username);
nodeMetadata.add(nodeMeta);
node.setNodeMetadata(nodeMetadata);
node.setStatus(NodeStatus.ONLINE);
node.setType(NodeType.PRIMARY);
node.setWeight(weight);
nodes.add(node);
loadBalancer.setNodes(nodes);
Set<LoadbalancerMeta> lbMetadata = new HashSet<LoadbalancerMeta>();
LoadbalancerMeta lbMeta = new LoadbalancerMeta();
lbMeta.setUserName(username);
lbMeta.setId(id);
lbMeta.setKey(metaKey);
lbMeta.setValue(metaValue);
lbMeta.setLoadbalancer(loadBalancer);
lbMetadata.add(lbMeta);
loadBalancer.setLoadbalancerMetadata(lbMetadata);
loadBalancer.setProtocol(LoadBalancerProtocol.HTTP);
RateLimit limits = new RateLimit();
limits.setLoadbalancer(loadBalancer);
limits.setId(id);
limits.setUserName(username);
limits.setExpirationTime(Calendar.getInstance());
limits.setMaxRequestsPerSecond(maxRequests);
Ticket ticket = new Ticket();
ticket.setUserName(username);
ticket.setId(id);
ticket.setLoadbalancer(loadBalancer);
ticket.setComment(comment);
ticket.setTicketId(ticketId);
limits.setTicket(ticket);
loadBalancer.setRateLimit(limits);
loadBalancer.setSessionPersistence(SessionPersistence.HTTP_COOKIE);
SslTermination termination = new SslTermination();
termination.setId(id);
termination.setEnabled(active);
termination.setUserName(username);
termination.setSecurePort(securePort);
termination.setCertificate(cert);
termination.setPrivatekey(key);
termination.setSecureTrafficOnly(inactive);
termination.setLoadbalancer(loadBalancer);
loadBalancer.setSslTermination(termination);
loadBalancer.setStatus(LoadBalancerStatus.ACTIVE);
loadBalancer.setSticky(inactive);
Suspension suspension = new Suspension();
suspension.setUserName(username);
suspension.setId(id);
suspension.setLoadbalancer(loadBalancer);
suspension.setUser(user);
suspension.setReason(reason);
suspension.setTicket(ticket);
loadBalancer.setSuspension(suspension);
Set<Ticket> tickets = new HashSet<Ticket>();
tickets.add(ticket);
loadBalancer.setTickets(tickets);
loadBalancer.setTimeout(timeout);
UserPages pages = new UserPages();
pages.setLoadbalancer(loadBalancer);
pages.setId(id);
pages.setUserName(username);
pages.setErrorpage(errorPage);
loadBalancer.setUserPages(pages);
loadBalancer.setId(id);
loadBalancer.setUserName(username);
Set<LoadBalancerJoinVip> vipList = spy(new HashSet<LoadBalancerJoinVip>());
VirtualIp vip = new VirtualIp();
vip.setId(1234);
vip.setIpAddress("10.69.0.60");
LoadBalancerJoinVip loadBalancerJoinVip = new LoadBalancerJoinVip();
loadBalancerJoinVip.setVirtualIp(vip);
vipList.add(loadBalancerJoinVip);
loadBalancer.setLoadBalancerJoinVipSet(vipList);
return loadBalancer;
}
protected static String errorFileName() throws InsufficientRequestException {
return ZxtmNameBuilder.generateErrorPageName(lb.getId(), lb.getAccountId());
}
/**
* Called by the executor to fetch something to build next.
*
* <p>This method blocks until a next project becomes buildable.
*/
public Queue.Item pop() throws InterruptedException {
final Executor exec = Executor.currentExecutor();
try {
while (true) {
final JobOffer offer = new JobOffer(exec);
long sleep = -1;
synchronized (this) {
// consider myself parked
assert !parked.containsKey(exec);
parked.put(exec, offer);
// reuse executor thread to do a queue maintenance.
// at the end of this we get all the buildable jobs
// in the buildables field.
maintain();
// allocate buildable jobs to executors
Iterator<BuildableItem> itr = buildables.iterator();
while (itr.hasNext()) {
BuildableItem p = itr.next();
// one last check to make sure this build is not blocked.
if (isBuildBlocked(p.task)) {
itr.remove();
blockedProjects.put(p.task, new BlockedItem(p));
continue;
}
JobOffer runner = loadBalancer.choose(p.task, new ApplicableJobOfferList(p.task));
if (runner == null)
// if we couldn't find the executor that fits,
// just leave it in the buildables list and
// check if we can execute other projects
continue;
assert runner.canTake(p.task);
// found a matching executor. use it.
runner.set(p);
itr.remove();
}
// we went over all the buildable projects and awaken
// all the executors that got work to do. now, go to sleep
// until this thread is awakened. If this executor assigned a job to
// itself above, the block method will return immediately.
if (!waitingList.isEmpty()) {
// wait until the first item in the queue is due
sleep = peek().timestamp.getTimeInMillis() - new GregorianCalendar().getTimeInMillis();
if (sleep < 100) sleep = 100; // avoid wait(0)
}
}
// this needs to be done outside synchronized block,
// so that executors can maintain a queue while others are sleeping
if (sleep == -1) offer.event.block();
else offer.event.block(sleep);
synchronized (this) {
// retract the offer object
assert parked.get(exec) == offer;
parked.remove(exec);
// am I woken up because I have a project to build?
if (offer.item != null) {
// if so, just build it
LOGGER.fine("Pop returning " + offer.item + " for " + exec.getName());
offer.item.future.startExecuting(exec);
return offer.item;
}
// otherwise run a queue maintenance
}
}
} finally {
synchronized (this) {
// remove myself from the parked list
JobOffer offer = parked.remove(exec);
if (offer != null && offer.item != null) {
// we are already assigned a project,
// ask for someone else to build it.
// note that while this thread is waiting for CPU
// someone else can schedule this build again,
// so check the contains method first.
if (!contains(offer.item.task)) buildables.put(offer.item.task, offer.item);
}
// since this executor might have been chosen for
// maintenance, schedule another one. Worst case
// we'll just run a pointless maintenance, and that's
// fine.
scheduleMaintenance();
}
}
}