/**
* Initializes all the log rotation policies.
*
* @throws ConfigException If an unrecoverable problem arises in the process of performing the
* initialization as a result of the server configuration.
* @throws InitializationException If a problem occurs during initialization that is not related
* to the server configuration.
*/
public void initializeLogRotationPolicyConfig() throws ConfigException, InitializationException {
ServerManagementContext context = ServerManagementContext.getInstance();
RootCfg root = context.getRootConfiguration();
root.addLogRotationPolicyAddListener(this);
root.addLogRotationPolicyDeleteListener(this);
for (String name : root.listLogRotationPolicies()) {
LogRotationPolicyCfg config = root.getLogRotationPolicy(name);
RotationPolicy rotationPolicy = getRotationPolicy(config);
DirectoryServer.registerRotationPolicy(config.dn(), rotationPolicy);
}
}
/**
* Initializes all of the root users currently defined in the Directory Server configuration, as
* well as the set of privileges that root users will inherit by default.
*
* @throws ConfigException If a configuration problem causes the identity mapper initialization
* process to fail.
* @throws InitializationException If a problem occurs while initializing the identity mappers
* that is not related to the server configuration.
*/
public void initializeRootDNs() throws ConfigException, InitializationException {
// Get the root configuration object.
ServerManagementContext managementContext = ServerManagementContext.getInstance();
RootCfg rootConfiguration = managementContext.getRootConfiguration();
// Get the root DN configuration object, use it to set the default root
// privileges, and register a change listener for it.
RootDNCfg rootDNCfg = rootConfiguration.getRootDN();
rootPrivilegeChangeListener.setDefaultRootPrivileges(rootDNCfg);
rootDNCfg.addChangeListener(rootPrivilegeChangeListener);
// Register as an add and delete listener for new root DN users.
rootDNCfg.addRootDNUserAddListener(this);
rootDNCfg.addRootDNUserDeleteListener(this);
// Get the set of root users defined below "cn=Root DNs,cn=config". For
// each one, register as a change listener, and get the set of alternate
// bind DNs.
for (String name : rootDNCfg.listRootDNUsers()) {
RootDNUserCfg rootUserCfg = rootDNCfg.getRootDNUser(name);
rootUserCfg.addChangeListener(this);
DirectoryServer.registerRootDN(rootUserCfg.dn());
HashSet<DN> altBindDNs = new HashSet<DN>();
for (DN alternateBindDN : rootUserCfg.getAlternateBindDN()) {
try {
altBindDNs.add(alternateBindDN);
DirectoryServer.registerAlternateRootDN(rootUserCfg.dn(), alternateBindDN);
} catch (DirectoryException de) {
throw new InitializationException(de.getMessageObject());
}
}
alternateBindDNs.put(rootUserCfg.dn(), altBindDNs);
}
}
/** Reads configuration information from the configuration files. */
public void readConfiguration() {
List<OpenDsException> ex = new ArrayList<OpenDsException>();
Set<ConnectionHandlerDescriptor> ls = new HashSet<ConnectionHandlerDescriptor>();
Set<BackendDescriptor> bs = new HashSet<BackendDescriptor>();
Set<DN> as = new HashSet<DN>();
try {
DirectoryServer.getInstance().initializeConfiguration();
if (mustReadSchema()) {
try {
readSchema();
if (getSchema() != null) {
// Update the schema: so that when we call the server code the
// latest schema read on the server we are managing is used.
DirectoryServer.setSchema(getSchema());
}
} catch (OpenDsException oe) {
ex.add(oe);
}
}
// Get the Directory Server configuration handler and use it.
RootCfg root = ServerManagementContext.getInstance().getRootConfiguration();
try {
AdministrationConnectorCfg adminConnector = root.getAdministrationConnector();
this.adminConnector = getConnectionHandler(adminConnector);
} catch (ConfigException ce) {
ex.add(ce);
}
for (String connHandler : root.listConnectionHandlers()) {
try {
ConnectionHandlerCfg connectionHandler = root.getConnectionHandler(connHandler);
ls.add(getConnectionHandler(connectionHandler, connHandler));
} catch (OpenDsException oe) {
ex.add(oe);
}
}
isSchemaEnabled = root.getGlobalConfiguration().isCheckSchema();
for (String backendName : root.listBackends()) {
try {
BackendCfg backend = root.getBackend(backendName);
Set<BaseDNDescriptor> baseDNs = new HashSet<BaseDNDescriptor>();
for (DN dn : backend.getBaseDN()) {
BaseDNDescriptor baseDN =
new BaseDNDescriptor(BaseDNDescriptor.Type.NOT_REPLICATED, dn, null, -1, -1, -1);
baseDNs.add(baseDN);
}
Set<IndexDescriptor> indexes = new HashSet<IndexDescriptor>();
Set<VLVIndexDescriptor> vlvIndexes = new HashSet<VLVIndexDescriptor>();
BackendDescriptor.Type type;
if (backend instanceof LocalDBBackendCfg) {
type = BackendDescriptor.Type.LOCAL_DB;
LocalDBBackendCfg db = (LocalDBBackendCfg) backend;
try {
for (String indexName : db.listLocalDBIndexes()) {
LocalDBIndexCfg index = db.getLocalDBIndex(indexName);
indexes.add(
new IndexDescriptor(
index.getAttribute().getNameOrOID(),
index.getAttribute(),
null,
index.getIndexType(),
index.getIndexEntryLimit()));
}
} catch (OpenDsException oe) {
ex.add(oe);
}
indexes.add(new IndexDescriptor("dn2id", null, null, new TreeSet<IndexType>(), -1));
indexes.add(
new IndexDescriptor("id2children", null, null, new TreeSet<IndexType>(), -1));
indexes.add(
new IndexDescriptor("id2subtree", null, null, new TreeSet<IndexType>(), -1));
try {
for (String vlvIndexName : db.listLocalDBVLVIndexes()) {
LocalDBVLVIndexCfg index = db.getLocalDBVLVIndex(vlvIndexName);
String s = index.getSortOrder();
List<VLVSortOrder> sortOrder = getVLVSortOrder(s);
vlvIndexes.add(
new VLVIndexDescriptor(
index.getName(),
null,
index.getBaseDN(),
index.getScope(),
index.getFilter(),
sortOrder,
index.getMaxBlockSize()));
}
} catch (OpenDsException oe) {
ex.add(oe);
}
} else if (backend instanceof LDIFBackendCfg) {
type = BackendDescriptor.Type.LDIF;
} else if (backend instanceof MemoryBackendCfg) {
type = BackendDescriptor.Type.MEMORY;
} else if (backend instanceof BackupBackendCfg) {
type = BackendDescriptor.Type.BACKUP;
} else if (backend instanceof MonitorBackendCfg) {
type = BackendDescriptor.Type.MONITOR;
} else if (backend instanceof TaskBackendCfg) {
type = BackendDescriptor.Type.TASK;
} else {
type = BackendDescriptor.Type.OTHER;
}
BackendDescriptor desc =
new BackendDescriptor(
backend.getBackendId(),
baseDNs,
indexes,
vlvIndexes,
-1,
backend.isEnabled(),
type);
for (AbstractIndexDescriptor index : indexes) {
index.setBackend(desc);
}
for (AbstractIndexDescriptor index : vlvIndexes) {
index.setBackend(desc);
}
bs.add(desc);
} catch (OpenDsException oe) {
ex.add(oe);
}
}
boolean isReplicationSecure = false;
try {
CryptoManagerCfg cryptoManager = root.getCryptoManager();
isReplicationSecure = cryptoManager.isSSLEncryption();
} catch (OpenDsException oe) {
ex.add(oe);
}
replicationPort = -1;
ReplicationSynchronizationProviderCfg sync = null;
try {
sync =
(ReplicationSynchronizationProviderCfg)
root.getSynchronizationProvider("Multimaster Synchronization");
} catch (OpenDsException oe) {
// Ignore this one
}
if (sync != null) {
try {
if (sync.isEnabled() && sync.hasReplicationServer()) {
ReplicationServerCfg replicationServer = sync.getReplicationServer();
if (replicationServer != null) {
replicationPort = replicationServer.getReplicationPort();
ConnectionHandlerDescriptor.Protocol protocol =
isReplicationSecure
? ConnectionHandlerDescriptor.Protocol.REPLICATION_SECURE
: ConnectionHandlerDescriptor.Protocol.REPLICATION;
Set<CustomSearchResult> emptySet = Collections.emptySet();
ConnectionHandlerDescriptor connHandler =
new ConnectionHandlerDescriptor(
new HashSet<InetAddress>(),
replicationPort,
protocol,
ConnectionHandlerDescriptor.State.ENABLED,
"Multimaster Synchronization",
emptySet);
ls.add(connHandler);
}
}
String[] domains = sync.listReplicationDomains();
if (domains != null) {
for (String domain2 : domains) {
ReplicationDomainCfg domain = sync.getReplicationDomain(domain2);
DN dn = domain.getBaseDN();
for (BackendDescriptor backend : bs) {
for (BaseDNDescriptor baseDN : backend.getBaseDns()) {
if (baseDN.getDn().equals(dn)) {
baseDN.setType(
sync.isEnabled()
? BaseDNDescriptor.Type.REPLICATED
: BaseDNDescriptor.Type.DISABLED);
baseDN.setReplicaID(domain.getServerId());
}
}
}
}
}
} catch (OpenDsException oe) {
ex.add(oe);
}
}
try {
RootDNCfg rootDN = root.getRootDN();
String[] rootUsers = rootDN.listRootDNUsers();
as.clear();
if (rootUsers != null) {
for (String rootUser2 : rootUsers) {
RootDNUserCfg rootUser = rootDN.getRootDNUser(rootUser2);
as.addAll(rootUser.getAlternateBindDN());
}
}
} catch (OpenDsException oe) {
ex.add(oe);
}
} catch (OpenDsException oe) {
ex.add(oe);
} catch (final Throwable t) {
LOG.log(Level.WARNING, "Error reading configuration: " + t, t);
OfflineUpdateException oue =
new OfflineUpdateException(ERR_READING_CONFIG_LDAP.get(t.getMessage().toString()), t);
ex.add(oue);
}
if (ex.size() > 0) {
if (environmentSettingException != null) {
ex.add(0, environmentSettingException);
}
}
for (OpenDsException oe : ex) {
LOG.log(Level.WARNING, "Error reading configuration: " + oe, oe);
}
exceptions = Collections.unmodifiableList(ex);
administrativeUsers = Collections.unmodifiableSet(as);
listeners = Collections.unmodifiableSet(ls);
backends = Collections.unmodifiableSet(bs);
}