@Test
public void testProxyClientRequest_noActiveInCoordinatorGroupThrowsHttp400() throws Exception {
LocalManagementSource localManagementSource = mock(LocalManagementSource.class);
TimeoutServiceImpl timeoutService = new TimeoutServiceImpl(1000L);
DfltSecurityContextService securityContextService = new DfltSecurityContextService();
RemoteManagementSource remoteManagementSource =
spy(new RemoteManagementSource(localManagementSource, timeoutService));
when(localManagementSource.getServerGroupInfos())
.thenReturn(
new ServerGroupInfo[] {
new ServerGroupInfo(new L2Info[] {L2_INFOS[0], L2_INFOS[1]}, "group0", 0, true),
new ServerGroupInfo(new L2Info[] {L2_INFOS[2]}, "group1", 1, false),
});
ServerManagementService serverManagementService =
new ServerManagementService(
executorService,
timeoutService,
localManagementSource,
remoteManagementSource,
securityContextService);
try {
serverManagementService.proxyClientRequest();
fail("expected WebApplicationException");
} catch (WebApplicationException wae) {
assertThat(wae.getResponse().getStatus(), is(400));
}
}
@Test
public void test_getServersStatistics_all() throws Exception {
LocalManagementSource localManagementSource = mock(LocalManagementSource.class);
TimeoutServiceImpl timeoutService = new TimeoutServiceImpl(1000L);
DfltSecurityContextService securityContextService = new DfltSecurityContextService();
RemoteManagementSource remoteManagementSource =
spy(new RemoteManagementSource(localManagementSource, timeoutService));
when(localManagementSource.getL2Infos()).thenReturn(L2_INFOS);
when(localManagementSource.getLocalServerName()).thenReturn("s1");
when(localManagementSource.isActiveCoordinator()).thenReturn(true);
when(localManagementSource.getDsoAttributes(any(String[].class)))
.thenReturn(
new HashMap<String, Object>() {
{
put("stat1", "val1");
put("stat2", "val2");
put("stat3", "val3");
}
});
ServerManagementService serverManagementService =
new ServerManagementService(
executorService,
timeoutService,
localManagementSource,
remoteManagementSource,
securityContextService);
Collection<StatisticsEntity> response =
serverManagementService.getServersStatistics(
new HashSet<String>(Arrays.asList("s1", "s2", "s3")), null);
assertThat(response.size(), is(1));
StatisticsEntity entity = response.iterator().next();
assertThat(entity.getSourceId(), equalTo("s1"));
assertThat(
entity.getStatistics(),
CoreMatchers.<Map<String, Object>>equalTo(
new HashMap<String, Object>() {
{
put("stat1", "val1");
put("stat2", "val2");
put("stat3", "val3");
}
}));
verify(remoteManagementSource)
.getFromRemoteL2(
eq("s2"),
eq(new URI("tc-management-api/agents/statistics/servers;names=s2")),
eq(Collection.class),
eq(StatisticsEntity.class));
verify(remoteManagementSource)
.getFromRemoteL2(
eq("s3"),
eq(new URI("tc-management-api/agents/statistics/servers;names=s3")),
eq(Collection.class),
eq(StatisticsEntity.class));
}
@Test
public void test_getBackupsStatus() throws Exception {
LocalManagementSource localManagementSource = mock(LocalManagementSource.class);
TimeoutServiceImpl timeoutService = new TimeoutServiceImpl(1000L);
DfltSecurityContextService securityContextService = new DfltSecurityContextService();
RemoteManagementSource remoteManagementSource =
spy(new RemoteManagementSource(localManagementSource, timeoutService));
when(localManagementSource.getL2Infos()).thenReturn(L2_INFOS);
when(localManagementSource.getLocalServerName()).thenReturn("s1");
when(localManagementSource.isActiveCoordinator()).thenReturn(true);
when(localManagementSource.getBackupStatuses())
.thenReturn(
new HashMap<String, String>() {
{
put("backup1", "OK");
}
});
ServerManagementService serverManagementService =
new ServerManagementService(
executorService,
timeoutService,
localManagementSource,
remoteManagementSource,
securityContextService);
Collection<BackupEntity> backupsStatus =
serverManagementService.getBackupsStatus(
new HashSet<String>(Arrays.asList("s1", "s2", "s3")));
assertThat(backupsStatus.size(), is(1));
BackupEntity entity = backupsStatus.iterator().next();
assertThat(entity.getName(), equalTo("backup1"));
assertThat(entity.getStatus(), equalTo("OK"));
assertThat(entity.getSourceId(), equalTo("s1"));
assertThat(entity.getError(), is((Object) null));
verify(remoteManagementSource)
.getFromRemoteL2(
eq("s2"),
eq(new URI("tc-management-api/agents/backups;serverNames=s2")),
eq(Collection.class),
eq(BackupEntity.class));
verify(remoteManagementSource)
.getFromRemoteL2(
eq("s3"),
eq(new URI("tc-management-api/agents/backups;serverNames=s3")),
eq(Collection.class),
eq(BackupEntity.class));
}
@Test
public void test_getServerGroups() throws Exception {
LocalManagementSource localManagementSource = mock(LocalManagementSource.class);
TimeoutServiceImpl timeoutService = new TimeoutServiceImpl(1000L);
DfltSecurityContextService securityContextService = new DfltSecurityContextService();
RemoteManagementSource remoteManagementSource =
spy(new RemoteManagementSource(localManagementSource, timeoutService));
when(localManagementSource.getL2Infos()).thenReturn(L2_INFOS);
when(localManagementSource.getLocalServerName()).thenReturn("s1");
when(localManagementSource.isActiveCoordinator()).thenReturn(true);
when(localManagementSource.getServerGroupInfos())
.thenReturn(
new ServerGroupInfo[] {
new ServerGroupInfo(new L2Info[] {L2_INFOS[0], L2_INFOS[1]}, "group0", 0, true),
new ServerGroupInfo(new L2Info[] {L2_INFOS[2]}, "group1", 1, false),
});
ServerManagementService serverManagementService =
new ServerManagementService(
executorService,
timeoutService,
localManagementSource,
remoteManagementSource,
securityContextService);
Collection<ServerGroupEntity> response =
serverManagementService.getServerGroups(
new HashSet<String>(Arrays.asList("s1", "s2", "s3")));
assertThat(response.size(), is(1));
ServerGroupEntity entity = response.iterator().next();
assertThat(entity.getName(), equalTo("group0"));
assertThat(entity.getId(), equalTo(0));
assertThat(entity.isCoordinator(), equalTo(true));
verify(remoteManagementSource)
.getFromRemoteL2(
eq("s2"),
eq(new URI("tc-management-api/agents/topologies/servers;names=s2")),
eq(Collection.class),
eq(TopologyEntity.class));
verify(remoteManagementSource)
.getFromRemoteL2(
eq("s3"),
eq(new URI("tc-management-api/agents/topologies/servers;names=s3")),
eq(Collection.class),
eq(TopologyEntity.class));
}
@Test
public void testProxyClientRequest_throwsProxyException() throws Exception {
LocalManagementSource localManagementSource = mock(LocalManagementSource.class);
TimeoutServiceImpl timeoutService = new TimeoutServiceImpl(1000L);
DfltSecurityContextService securityContextService = new DfltSecurityContextService();
RemoteManagementSource remoteManagementSource =
spy(new RemoteManagementSource(localManagementSource, timeoutService));
when(localManagementSource.getLocalServerName()).thenReturn("s2");
when(localManagementSource.getServerGroupInfos())
.thenReturn(
new ServerGroupInfo[] {
new ServerGroupInfo(new L2Info[] {L2_INFOS[0], L2_INFOS[1]}, "group0", 0, true),
new ServerGroupInfo(new L2Info[] {L2_INFOS[2]}, "group1", 1, false),
});
when(localManagementSource.getServerUrls())
.thenReturn(
new HashMap<String, String>() {
{
put("s1", "http://s1");
put("s3", "http://s3");
}
});
doReturn(createTopologySingleServerResponse(true, "s1", "ACTIVE-COORDINATOR"))
.when(remoteManagementSource)
.getFromRemoteL2(eq("s1"), any(URI.class), eq(Collection.class), eq(TopologyEntity.class));
doReturn(createTopologySingleServerResponse(true, "s3", "PASSIVE_STANDBY"))
.when(remoteManagementSource)
.getFromRemoteL2(eq("s3"), any(URI.class), eq(Collection.class), eq(TopologyEntity.class));
ServerManagementService serverManagementService =
new ServerManagementService(
executorService,
timeoutService,
localManagementSource,
remoteManagementSource,
securityContextService);
try {
serverManagementService.proxyClientRequest();
fail("expected ProxyException");
} catch (ProxyException pe) {
assertThat(pe.getActiveL2WithMBeansUrl(), equalTo("http://s1"));
}
}
@Test
public void test_serversThreadDump_all() throws Exception {
LocalManagementSource localManagementSource = mock(LocalManagementSource.class);
TimeoutServiceImpl timeoutService = new TimeoutServiceImpl(1000L);
DfltSecurityContextService securityContextService = new DfltSecurityContextService();
RemoteManagementSource remoteManagementSource =
spy(new RemoteManagementSource(localManagementSource, timeoutService));
when(localManagementSource.getL2Infos()).thenReturn(L2_INFOS);
when(localManagementSource.getLocalServerName()).thenReturn("s1");
when(localManagementSource.isActiveCoordinator()).thenReturn(true);
when(localManagementSource.serverThreadDump()).thenReturn("thread dump");
ServerManagementService serverManagementService =
new ServerManagementService(
executorService,
timeoutService,
localManagementSource,
remoteManagementSource,
securityContextService);
Collection<ThreadDumpEntity> response =
serverManagementService.serversThreadDump(
new HashSet<String>(Arrays.asList("s1", "s2", "s3")));
assertThat(response.size(), is(1));
ThreadDumpEntity entity = response.iterator().next();
assertThat(entity.getSourceId(), equalTo("s1"));
assertThat(entity.getDump(), equalTo("thread dump"));
assertThat(entity.getNodeType(), equalTo(ThreadDumpEntity.NodeType.SERVER));
verify(remoteManagementSource)
.getFromRemoteL2(
eq("s2"),
eq(new URI("tc-management-api/agents/diagnostics/threadDump/servers;names=s2")),
eq(Collection.class),
eq(ThreadDumpEntity.class));
verify(remoteManagementSource)
.getFromRemoteL2(
eq("s3"),
eq(new URI("tc-management-api/agents/diagnostics/threadDump/servers;names=s3")),
eq(Collection.class),
eq(ThreadDumpEntity.class));
}