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/*
* Copyright (c) 2000, 2022, Oracle and/or its affiliates.
*
* Licensed under the Universal Permissive License v 1.0 as shown at
* https://oss.oracle.com/licenses/upl.
*/
package com.tangosol.internal.net.cluster;
import com.oracle.coherence.common.base.Logger;
import com.oracle.coherence.common.net.InetAddresses;
import com.tangosol.coherence.config.ParameterMacroExpressionParser;
import com.tangosol.coherence.config.builder.AddressProviderBuilder;
import com.tangosol.coherence.config.builder.ListBasedAddressProviderBuilder;
import com.tangosol.coherence.config.builder.ParameterizedBuilderRegistry;
import com.tangosol.coherence.config.builder.ServiceFailurePolicyBuilder;
import com.tangosol.coherence.config.builder.SocketProviderBuilder;
import com.tangosol.coherence.config.xml.OperationalConfigNamespaceHandler;
import com.tangosol.coherence.config.xml.processor.AddressProviderBuilderProcessor;
import com.tangosol.coherence.config.xml.processor.SocketProviderProcessor;
import com.tangosol.config.ConfigurationException;
import com.tangosol.config.expression.ChainedParameterResolver;
import com.tangosol.config.expression.ScopedParameterResolver;
import com.tangosol.config.expression.SystemEnvironmentParameterResolver;
import com.tangosol.config.expression.SystemPropertyParameterResolver;
import com.tangosol.config.xml.DefaultProcessingContext;
import com.tangosol.config.xml.DocumentProcessor;
import com.tangosol.config.xml.NamespaceHandler;
import com.tangosol.internal.net.InetAddressRangeFilter;
import com.tangosol.internal.net.LegacyXmlConfigHelper;
import com.tangosol.io.WrapperStreamFactory;
import com.tangosol.net.AddressProvider;
import com.tangosol.net.AddressProviderFactory;
import com.tangosol.net.CompositeAddressProvider;
import com.tangosol.net.ConfigurableAddressProviderFactory;
import com.tangosol.net.InetAddressHelper;
import com.tangosol.net.SocketOptions;
import com.tangosol.persistence.ConfigurableSnapshotArchiverFactory;
import com.tangosol.persistence.SnapshotArchiverFactory;
import com.tangosol.net.internal.SubstitutionAddressProvider;
import com.tangosol.run.xml.SimpleElement;
import com.tangosol.run.xml.XmlElement;
import com.tangosol.run.xml.XmlHelper;
import com.tangosol.util.Base;
import com.tangosol.util.Filter;
import com.tangosol.util.LiteMap;
import com.tangosol.util.ResourceRegistry;
import com.tangosol.util.SafeLinkedList;
import com.tangosol.util.SimpleResourceRegistry;
import java.net.InetAddress;
import java.net.UnknownHostException;
import java.security.AccessController;
import java.security.PrivilegedAction;
import java.time.Duration;
import java.util.Iterator;
import java.util.List;
import java.util.Map;
import java.util.Set;
/**
* LegacyXmlClusterDependencies parses the XML to populate the DefaultClusterDependencies.
*
* NOTE: This code will eventually be replaced by CODI.
*
* @author pfm 2011.05.08
* @since Coherence 3.7.1
*/
@SuppressWarnings("deprecation")
public class LegacyXmlClusterDependencies
extends DefaultClusterDependencies
{
/**
* Populate the LegacyXmlClusterDependencies object from the XML DOM.
*
* @param xml the XML element
*
* @return this object
*/
public LegacyXmlClusterDependencies fromXml(XmlElement xml)
{
Base.azzert(xml.getName().equals("cluster-config"));
// ------------------------------------------------------------------------
// BEGIN: Use CODI to parse the operational configuration (this shouldn't be here!)
// Need to process socket-providers definitions before processing unicast/socket-provider
// since it can reference a socket-provider definition via name.
// ------------------------------------------------------------------------
// NOTE: This code should produce the entire ClusterDependencies instance.
DocumentProcessor.DefaultDependencies dependencies =
new DocumentProcessor.DefaultDependencies(new OperationalConfigNamespaceHandler());
// a ResourceRegistry for the cluster (this will be discarded after parsing)
ResourceRegistry resourceRegistry = new SimpleResourceRegistry();
// establish a default ParameterResolver based on the System properties
// COH-9952 wrap the code in privileged block for upper-stack products
ScopedParameterResolver resolver = AccessController
.doPrivileged((PrivilegedAction) () ->
new ScopedParameterResolver(new ChainedParameterResolver(
new SystemPropertyParameterResolver(),
new SystemEnvironmentParameterResolver())));
// finish configuring the dependencies
dependencies.setResourceRegistry(resourceRegistry);
dependencies.setDefaultParameterResolver(resolver);
dependencies.setExpressionParser(ParameterMacroExpressionParser.INSTANCE);
dependencies.setClassLoader(Base.getContextClassLoader());
// establish the cluster-config processing context
DefaultProcessingContext ctxClusterConfig = new DefaultProcessingContext(dependencies, xml);
// add the default namespace handler
NamespaceHandler handler = dependencies.getDefaultNamespaceHandler();
if (handler != null)
{
ctxClusterConfig.ensureNamespaceHandler("", handler);
}
// add the ParameterizedBuilderRegistry as a Cookie, so we can look it up
ctxClusterConfig.addCookie(ParameterizedBuilderRegistry.class, getBuilderRegistry());
ctxClusterConfig.addCookie(DefaultClusterDependencies.class, this);
// process custom resources
XmlElement xmlResources = xml.getSafeElement("resources");
SimpleResourceRegistry customResources = new SimpleResourceRegistry();
DefaultProcessingContext ctxResources = new DefaultProcessingContext(ctxClusterConfig, xmlResources);
ctxResources.processDocument(xmlResources);
setCustomResourcesRegistry(customResources);
// process the definitions. Could be referenced socket-provider.
XmlElement xmlPasswordProviders = xml.getSafeElement("password-providers");
DefaultProcessingContext ctxPasswordProviders = new DefaultProcessingContext(ctxClusterConfig, xmlPasswordProviders);
ctxPasswordProviders.processDocument(xmlPasswordProviders);
ctxPasswordProviders.close();
// process the definitions. could be referenced in unicast-listener/socket-provider.
XmlElement xmlSocketProviders = xml.getSafeElement("socket-providers");
DefaultProcessingContext ctxSocketProviders = new DefaultProcessingContext(ctxClusterConfig, xmlSocketProviders);
ctxSocketProviders.processDocument(xmlSocketProviders);
ctxSocketProviders.close();
// process the definition. This must be after processing the
// definitions becuase the global provider may be a reference to an exiting provider.
XmlElement xmlGlobalSocketProvider = xml.getSafeElement("global-socket-provider");
DefaultProcessingContext ctxGlobalSocketProvider = new DefaultProcessingContext(ctxClusterConfig, xmlGlobalSocketProvider);
ctxGlobalSocketProvider.processDocument(xmlGlobalSocketProvider);
ctxGlobalSocketProvider.close();
// ------------------------------------------------------------------------
// SUSPEND: Use CODI to parse the operational configuration
// ------------------------------------------------------------------------
// the member identity gets data from both member-identity XML and unicast-listener xml.
DefaultMemberIdentity memberIdentity = new DefaultMemberIdentity();
configureMemberIdentity(xml, memberIdentity);
configureMulticastListener(xml); // this must be called before configureUnicastListener
configureAddressProviders(xml); // this must be called before configureUnicastListener
// COH-14170 replace SocketProviderFactory method calls using getUnicastSocketProviderXml()
XmlElement xmlUnicastSocketProvider = xml.getSafeElement("unicast-listener").getSafeElement("socket-provider");
DefaultProcessingContext ctxUnicastSocketProvider = new DefaultProcessingContext(ctxClusterConfig, xmlUnicastSocketProvider);
SocketProviderBuilder builder = new SocketProviderProcessor().process(ctxUnicastSocketProvider, xmlUnicastSocketProvider);
setUnicastSocketProviderBuilder(builder);
configureUnicastListener(xml, memberIdentity);
setMemberIdentity(memberIdentity);
configureTcpRingListener(xml);
configureShutdownListener(xml);
configureServiceGuardian(xml);
configurePacketSpeaker(xml);
configurePacketPublisher(xml);
configureIncomingMessageHandler(xml);
configureOutgoingMessageHandler(xml);
configureAuthorizedHosts(xml);
configureServices(xml);
configureFilters(xml);
configureSnapshotArchivers(xml);
configureClusterQuorumPolicy(xml);
// new in version 3.2: support configuration of license info
// this is from
String sEdition = xml.getSafeElement("edition-name").getString("CE");
setEdition(translateEditionName(sEdition));
String sMode = xml.getSafeElement("license-mode").getString("dev");
setMode(translateModeName(sMode));
// ------------------------------------------------------------------------
// RESUME: Use CODI to parse the operational configuration (this shouldn't be here!)
// ------------------------------------------------------------------------
// process the
XmlElement xmlStorageAuthorizers = xml.getSafeElement("storage-authorizers");
DefaultProcessingContext ctxStorageAuthorizers = new DefaultProcessingContext(ctxClusterConfig,
xmlStorageAuthorizers);
ctxStorageAuthorizers.processDocument(xmlStorageAuthorizers);
XmlElement xmlSerializers = xml.getSafeElement("serializers");
DefaultProcessingContext ctxSerializers = new DefaultProcessingContext(ctxClusterConfig, xmlSerializers);
ctxSerializers.processDocument(xmlSerializers);
XmlElement xmlEnv = xml.getSafeElement("persistence-environments");
DefaultProcessingContext ctxPersistenceEnvironments = new DefaultProcessingContext(ctxClusterConfig, xmlEnv);
ctxPersistenceEnvironments.processDocument(xmlEnv);
// close the contexts we created
ctxUnicastSocketProvider.close();
ctxResources.close();
ctxSerializers.close();
ctxStorageAuthorizers.close();
ctxPersistenceEnvironments.close();
ctxClusterConfig.close();
// ------------------------------------------------------------------------
// END: Use CODI to parse the operational configuration
// ------------------------------------------------------------------------
return this;
}
// ----- internal methods ------------------------------------------------------
/**
* Configure the member identity fields.
*
* @param xml the member-identity xml element
* @param memberIdentity the memberIdentity to configure
*/
private void configureMemberIdentity(XmlElement xml, DefaultMemberIdentity memberIdentity)
{
XmlElement xmlCat = xml.getSafeElement("member-identity");
memberIdentity.setClusterName(xmlCat.getSafeElement("cluster-name").getString(memberIdentity.getClusterName()));
memberIdentity.setSiteName(xmlCat.getSafeElement("site-name").getString(memberIdentity.getSiteName()));
memberIdentity.setRackName(xmlCat.getSafeElement("rack-name").getString(memberIdentity.getRackName()));
memberIdentity.setMachineName(xmlCat.getSafeElement("machine-name").getString(memberIdentity.getMachineName()));
memberIdentity.setProcessName(xmlCat.getSafeElement("process-name").getString(memberIdentity.getProcessName()));
memberIdentity.setMemberName(xmlCat.getSafeElement("member-name").getString(memberIdentity.getMemberName()));
memberIdentity.setRoleName(xmlCat.getSafeElement("role-name").getString(memberIdentity.getRoleName()));
memberIdentity.setPriority(xmlCat.getSafeElement("priority").getInt(memberIdentity.getPriority()));
}
/**
* Configure the multicast listener fields.
*
* @param xml the multicast-listener xml element
*/
private void configureMulticastListener(XmlElement xml)
{
XmlElement xmlCat = xml.getSafeElement("multicast-listener");
//
setGroupInterface(resolveGroupInterface(xmlCat.getSafeElement("interface").getString("")));
//
setGroupAddress(resolveGroupAddress(xmlCat.getSafeElement("address").getString(DEFAULT_ADDR)));
//
setGroupPort(xmlCat.getSafeElement("port").getInt(getGroupPort()));
//
setGroupTimeToLive(xmlCat.getSafeElement("time-to-live").getInt(getGroupTimeToLive()));
//
XmlElement xmlSub = xmlCat.getSafeElement("packet-buffer");
XmlElement xmlVal = xmlSub.getElement("maximum-packets");
if (xmlVal == null) // size based
{
//
setGroupBufferSize((int) Base.parseMemorySize(
xmlSub.getSafeElement("size").getString(Integer.toString(getGroupBufferSize()))));
}
else
//
{
// recorded as negative size since we may not know the packet size
// until Cluster.onStart
setGroupBufferSize(-xmlVal.getInt());
if (xmlSub.getElement("size") != null)
{
throw new IllegalArgumentException("cannot specify maximum-packets and size within packet-buffer");
}
}
//
setGroupListenerPriority(xmlCat.getSafeElement("priority").getInt(getGroupListenerPriority()));
//
setClusterAnnounceTimeoutMillis(xmlCat.getSafeElement("join-timeout-milliseconds").getInt(
getClusterAnnounceTimeoutMillis()));
//
setPublisherGroupThreshold(xmlCat.getSafeElement("multicast-threshold-percent").getInt(
getPublisherGroupThreshold()));
}
/**
* Configure the unicast listener fields.
*
* @param xml the unicast-listener xml element
* @param memberIdentity this is needed to set the machine id.
*/
private void configureUnicastListener(XmlElement xml, DefaultMemberIdentity memberIdentity)
{
XmlElement xmlCat = xml.getSafeElement("unicast-listener");
// Delete when deprecated method getUnicastSocketProviderXml() is removed.
//
setUnicastSocketProviderXml(xmlCat.getSafeElement("socket-provider"));
//
setReliableTransport(xmlCat.getSafeElement("reliable-transport").getString(getReliableTransport()));
// - undocumented
setTcpDatagramSocketOptions(SocketOptions.load(xmlCat.getSafeElement("socket-options")));
//
memberIdentity.setMachineId(Integer.parseInt(xmlCat.getSafeElement("machine-id").getString("0")));
//
String sAddr = xmlCat.getSafeElement("address").getString();
if (sAddr != null && !sAddr.trim().isEmpty())
{
try
{
setLocalAddress(InetAddressHelper.getLocalAddress(sAddr));
}
catch (UnknownHostException e)
{
throw new IllegalArgumentException("unresolvable localhost " + sAddr, e);
}
}
//
setLocalPort(xmlCat.getSafeElement("port").getInt(getLocalPort()));
//
XmlElement xmlValue = xmlCat.getSafeElement("port-auto-adjust");
String sPortAuto = xmlValue.getString().trim();
if (sPortAuto.length() > 0 && Character.isDigit(sPortAuto.charAt(0)))
{
setLocalPortAutoAdjust(xmlValue.getInt(getLocalPortAutoAdjust()));
}
else
{
setLocalPortAutoAdjust(xmlValue.getBoolean(isLocalPortAutoAdjust()));
}
//
XmlElement xmlSub = xmlCat.getSafeElement("packet-buffer");
XmlElement xmlVal = xmlSub.getElement("maximum-packets");
if (xmlVal == null) // size based
{
//
setLocalBufferSize((int) Base.parseMemorySize(
xmlSub.getSafeElement("size").getString(Integer.toString(getLocalBufferSize()))));
}
else
//
{
// recorded as negative size since we may not know the packet size
// until Cluster.onStart
setLocalBufferSize(-xmlVal.getInt());
if (xmlSub.getElement("size") != null)
{
throw new IllegalArgumentException("cannot specify maximum-packets and size within packet-buffer");
}
}
//
setLocalListenerPriority(xmlCat.getSafeElement("priority").getInt(getLocalListenerPriority()));
//
setWellKnownAddresses(createWkaAddressProvider(xmlCat.getSafeElement("well-known-addresses")));
//
String sAddrDiscovery = xmlCat.getSafeElement("discovery-address").getString();
if (sAddrDiscovery != null && !sAddrDiscovery.trim().isEmpty())
{
try
{
setLocalDiscoveryAddress(InetAddressHelper.getLocalAddress(sAddrDiscovery));
}
catch (UnknownHostException e)
{
throw new IllegalArgumentException("unresolvable discovery address " + sAddrDiscovery, e);
}
}
}
/**
* Configure the tcpring listener fields.
*
* @param xml the tcpring-listener xml element
*/
private void configureTcpRingListener(XmlElement xml)
{
XmlElement xmlCat = xml.getSafeElement("tcp-ring-listener");
//
setTcpRingEnabled(xmlCat.getSafeElement("enabled").getBoolean(isTcpRingEnabled()));
//
setIpMonitorTimeoutMillis(XmlHelper.parseTime(xmlCat, "ip-timeout", getIpMonitorTimeoutMillis()));
//
setIpMonitorAttempts(xmlCat.getSafeElement("ip-attempts").getInt(getIpMonitorAttempts()));
//
setTcpBacklog(xmlCat.getSafeElement("listen-backlog").getInt(getTcpBacklog()));
//
setIpMonitorPriority(xmlCat.getSafeElement("priority").getInt(getIpMonitorPriority()));
// - undocumented
setTcpRingSocketOptions(SocketOptions.load(xmlCat.getSafeElement("socket-options")));
}
/**
* Configure the shutdown listener fields.
*
* @param xml the shutdown-listener xml element
*/
private void configureShutdownListener(XmlElement xml)
{
XmlElement xmlCat = xml.getSafeElement("shutdown-listener");
//
String sShutdownOption = xmlCat.getSafeElement("enabled").getString();
int nShutdownOption = getShutdownHookOption();
switch (sShutdownOption)
{
case "force":
case "true":
nShutdownOption = ClusterDependencies.SHUTDOWN_FORCE;
break;
case "none":
case "false":
nShutdownOption = ClusterDependencies.SHUTDOWN_NONE;
break;
case "graceful":
nShutdownOption = ClusterDependencies.SHUTDOWN_GRACEFUL;
break;
}
setShutdownHookOption(nShutdownOption);
}
/**
* Configure the service guardian fields.
*
* @param xml the service-guardian xml element
*/
private void configureServiceGuardian(XmlElement xml)
{
//
XmlElement xmlCat = xml.getSafeElement("service-guardian");
//
XmlElement xmlSub = xmlCat.getSafeElement("service-failure-policy");
ServiceFailurePolicyBuilder builder = LegacyXmlConfigHelper.parseServiceFailurePolicyBuilder(xmlSub);
if (builder != null)
{
setServiceFailurePolicyBuilder(builder);
}
//
setGuardTimeoutMillis(xmlCat.getSafeElement("timeout-milliseconds").getLong(getGuardTimeoutMillis()));
}
/**
* Configure the packet speaker fields.
*
* @param xml the packet-speaker xml element
*/
private void configurePacketSpeaker(XmlElement xml)
{
XmlElement xmlCat = xml.getSafeElement("packet-speaker");
//
setSpeakerEnabled(xmlCat.getSafeElement("enabled").getBoolean(isSpeakerEnabled()));
//
XmlElement xmlSub = xmlCat.getSafeElement("volume-threshold");
//
setSpeakerVolumeMinimum(xmlSub.getSafeElement("minimum-packets").getInt(getSpeakerVolumeMinimum()));
//
setSpeakerPriority(xmlCat.getSafeElement("priority").getInt(getSpeakerPriority()));
}
/**
* Configure the packet publisher fields.
*
* @param xml the packet-publisher xml element
*/
private void configurePacketPublisher(XmlElement xml)
{
XmlElement xmlCat = xml.getSafeElement("packet-publisher");
//
XmlElement xmlSub = xmlCat.getSafeElement("packet-size");
//
setPacketMaxLength(xmlSub.getSafeElement("maximum-length").getInt(getPacketMaxLength()));
//
setPacketPreferredLength(xmlSub.getSafeElement("preferred-length").getInt(getPacketPreferredLength()));
//
xmlSub = xmlCat.getSafeElement("packet-delivery");
//
setPublisherResendDelayMillis(xmlSub.getSafeElement("resend-milliseconds").getInt(
getPublisherResendDelayMillis()));
//
setPublisherResendTimeoutMillis(xmlSub.getSafeElement("timeout-milliseconds").getInt(
getPublisherResendTimeoutMillis()));
//
setClusterHeartbeatDelayMillis(xmlSub.getSafeElement("heartbeat-milliseconds").getInt(
getClusterHeartbeatDelayMillis()));
//
XmlElement xmlSub2 = xmlSub.getSafeElement("flow-control");
//
setFlowControlEnabled(xmlSub2.getSafeElement("enabled").getBoolean(isFlowControlEnabled()));
//
setLostPacketThreshold(xmlSub2.getSafeElement("pause-detection/maximum-packets").getInt(
getLostPacketThreshold()));
//
XmlElement xmlVal = xmlSub2.getSafeElement("outstanding-packets");
setOutstandingPacketMaximum(xmlVal.getSafeElement("maximum-packets").getInt(getOutstandingPacketMaximum()));
// read min second so it can be validated against max
setOutstandingPacketMinimum(xmlVal.getSafeElement("minimum-packets").getInt(getOutstandingPacketMinimum()));
//
xmlSub2 = xmlSub.getSafeElement("packet-bundling");
//
String sTime = xmlSub2.getSafeElement("maximum-deferral-time").getString();
if (sTime.length() > 0)
{
setPacketBundlingThresholdNanos(Base.parseTimeNanos(sTime));
}
//
setPacketBundlingAggression(xmlSub2.getSafeElement("aggression-factor").getDouble(
getPacketBundlingAggression()));
//
xmlSub = xmlCat.getSafeElement("notification-queueing");
//
setPublisherAckDelayMillis(xmlSub.getSafeElement("ack-delay-milliseconds").getInt(
getPublisherAckDelayMillis()));
//
setPublisherNackDelayMillis(xmlSub.getSafeElement("nack-delay-milliseconds").getInt(
getPublisherNackDelayMillis()));
//
xmlSub = xmlCat.getSafeElement("traffic-jam");
//
setPublisherCloggedCount(xmlSub.getSafeElement("maximum-packets").getInt(getPublisherCloggedCount()));
//
setPublisherCloggedDelayMillis(xmlSub.getSafeElement("pause-milliseconds").getInt(
getPublisherCloggedDelayMillis()));
//
xmlSub = xmlCat.getSafeElement("packet-buffer");
xmlVal = xmlSub.getElement("maximum-packets");
if (xmlVal == null) // size based
{
//
setPublisherSocketBufferSize((int) Base.parseMemorySize(
xmlSub.getSafeElement("size").getString(Integer.toString(getPublisherSocketBufferSize()))));
}
else
//
{
// recorded as negative size since we may not know the packet size
// until Cluster.onStart
setPublisherSocketBufferSize(-xmlVal.getInt());
if (xmlSub.getElement("size") != null)
{
throw new IllegalArgumentException("cannot specify maximum-packets and size within packet-buffer");
}
}
//
setPublisherPriority(xmlCat.getSafeElement("priority").getInt(getPublisherPriority()));
//
setTcmpEnabled(xmlCat.getSafeElement("enabled").getBoolean(isTcmpEnabled()));
}
/**
* Configure the incoming message handler fields.
*
* @param xml the incoming-message-handler xml element
*/
private void configureIncomingMessageHandler(XmlElement xml)
{
XmlElement xmlCat = xml.getSafeElement("incoming-message-handler");
//
setClusterTimestampMaxVarianceMillis(xmlCat.getSafeElement("maximum-time-variance").getInt(
getClusterTimestampMaxVarianceMillis()));
//
setReceiverNackEnabled(xmlCat.getSafeElement("use-nack-packets").getBoolean(isReceiverNackEnabled()));
//
setReceiverPriority(xmlCat.getSafeElement("priority").getInt(getReceiverPriority()));
}
/**
* Configure the outgoing message handler fields.
*
* @param xml the outgoing-message-handler xml element
*/
@SuppressWarnings("unchecked")
private void configureOutgoingMessageHandler(XmlElement xml)
{
XmlElement xmlCat = xml.getSafeElement("outgoing-message-handler");
//
List listFilter = new SafeLinkedList();
listFilter.addAll(LegacyXmlConfigHelper.parseFilterList(xmlCat));
setFilterList(listFilter);
}
/**
* Configure the authorized hosts fields.
*
* @param xml the authorized-hosts xml element
*/
@SuppressWarnings("rawtypes")
private void configureAuthorizedHosts(XmlElement xml)
{
XmlElement xmlCat = xml.getSafeElement("authorized-hosts");
// Use a custom filter if is specified.
//
XmlElement xmlVal = xmlCat.getElement("host-filter");
if (xmlVal != null && !XmlHelper.isEmpty(xmlVal))
{
setAuthorizedHostFilter((Filter) XmlHelper.createInstance(xmlVal,
/*loader*/ null, /*resolver*/ null, Filter.class));
// don't process any host-addresses since there is a custom filter.
return;
}
InetAddressRangeFilter filter = new InetAddressRangeFilter();
boolean fFilterAdded = false;
//
for (Iterator iter = xmlCat.getElements("host-address"); iter.hasNext(); )
{
xmlVal = (XmlElement) iter.next();
if (addAuthorizedHostsToFilter(filter, xmlVal.getString(), /* sAddrTo */ null))
{
fFilterAdded = true;
}
}
//
for (Iterator iter = xmlCat.getElements("host-range"); iter.hasNext(); )
{
xmlVal = (XmlElement) iter.next();
if (addAuthorizedHostsToFilter(filter, xmlVal.getSafeElement("from-address").getString(),
xmlVal.getSafeElement("to-address").getString()))
{
fFilterAdded = true;
}
}
if (fFilterAdded)
{
// the XML successfully specified at least 1 range so set the filter.
// NOTE: Never call setAuthorizedHostFilter if the filter is empty.
setAuthorizedHostFilter(filter);
}
}
/**
* Configure the services fields.
*
* @param xml the services xml element
*/
@SuppressWarnings("rawtypes")
private void configureServices(XmlElement xml)
{
Map mapService = new LiteMap<>();
Map> mapServiceFilter = new LiteMap<>();
for (Iterator iter = xml.getSafeElement("services").getElements("service"); iter.hasNext(); )
{
XmlElement xmlService = (XmlElement) iter.next();
String sType = xmlService.getSafeElement("service-type").getString();
String sComponent = xmlService.getSafeElement("service-component").getString();
mapService.put(sType, sComponent);
mapServiceFilter.put(sType, LegacyXmlConfigHelper.parseFilterList(xmlService));
// TODO - COH-5021 For now the ServiceTemplateMap is not used and it
// is empty
// Service.Template template = new Service.Template(sType,
// XmlHelper.transformInitParams(new SimpleElement(
// "config"), xmlService.getSafeElement("init-params")));
// String sType, XmlElement xmlInitParam;
}
setServiceMap(mapService);
// setServiceTemplateMap(mapServiceTemplate);
setServiceFilterMap(mapServiceFilter);
}
/**
* Configure the filter by creating a map of filters indexed by filter name.
*
* @param xml the filters xml element
*/
@SuppressWarnings("rawtypes")
private void configureFilters(XmlElement xml)
{
Map mapFilter = new LiteMap<>();
for (Iterator iter = xml.getSafeElement("filters").getElements("filter"); iter.hasNext(); )
{
XmlElement xmlFilter = (XmlElement) iter.next();
addFilterToMap(xmlFilter, mapFilter);
}
setFilterMap(mapFilter);
}
/**
* Configure the snapshot archivers by populating a map of snapshot
* archiver factories indexed by id.
*
* @param xml the snapshot-archivers xml element
*/
private void configureSnapshotArchivers(XmlElement xml)
{
Map mapSnapshotArchivers = new LiteMap<>();
for (Object o : xml.getSafeElement("snapshot-archivers").getElementList())
{
XmlElement xmlSnapshotArchivers = (XmlElement) o;
String sName = xmlSnapshotArchivers.getSafeAttribute("id").getString();
ConfigurableSnapshotArchiverFactory factory = new ConfigurableSnapshotArchiverFactory();
factory.setConfig(xmlSnapshotArchivers);
mapSnapshotArchivers.put(sName, factory);
}
setSnapshotArchiverMap(mapSnapshotArchivers);
}
/**
* Configure the address providers by populating a map of address provider factories
* indexed by id.
*
* @param xml the address-providers xml element
*/
@SuppressWarnings("rawtypes")
private void configureAddressProviders(XmlElement xml)
{
Map mapAddressProvider = new LiteMap<>();
// construct a "cluster-discovery" address provider based on WKA or MC address; see TcpInitiator.onDependencies
AddressProviderFactory factoryCluster;
XmlElement xmlWKA = xml.getSafeElement("unicast-listener").getSafeElement("well-known-addresses");
if (createWkaAddressProvider(xmlWKA) == null)
{
if (isWkaPresent(xmlWKA))
{
throw new IllegalArgumentException("Unresolvable WKA address(s) " + xmlWKA);
}
ListBasedAddressProviderBuilder factoryMulticast = new ListBasedAddressProviderBuilder();
factoryMulticast.add(getGroupAddress().getHostAddress(), getGroupPort());
factoryCluster = factoryMulticast;
}
else
{
factoryCluster = SubstitutionAddressProvider.createFactory(LegacyXmlConfigHelper
.parseAddressProvider("well-known-addresses", xml.getSafeElement("unicast-listener"), mapAddressProvider),
getGroupPort());
}
mapAddressProvider.put("cluster-discovery", factoryCluster);
for (Iterator iter = xml.getSafeElement("address-providers").getElements("address-provider"); iter.hasNext(); )
{
XmlElement xmlAddressProvider = (XmlElement) iter.next();
String sName = xmlAddressProvider.getSafeAttribute("id").getString();
XmlElement xmlLocalAddress = xmlAddressProvider.getElement("local-address");
if (mapAddressProvider.containsKey(sName))
{
throw new ConfigurationException("address provider '" + sName + "' has already been defined",
"remove duplicate provider definition");
}
else if (xmlLocalAddress == null)
{
ConfigurableAddressProviderFactory factory = new ConfigurableAddressProviderFactory();
factory.setConfig(xmlAddressProvider);
mapAddressProvider.put(sName, factory);
}
else
{
@SuppressWarnings("unused")
AddressProviderBuilder builder =
AddressProviderBuilderProcessor.newLocalAddressProviderBuilder(xmlLocalAddress);
}
}
setAddressProviderMap(mapAddressProvider);
}
/**
* Configure the cluster quorum policy.
*
* @param xml the cluster-quorum-policy xml element
*/
private void configureClusterQuorumPolicy(XmlElement xml)
{
XmlElement xmlCat = xml.getSafeElement("cluster-quorum-policy");
setClusterActionPolicyBuilder(new LegacyXmlConfigurableQuorumPolicy().createPolicyBuilder(xmlCat, null,
Base.getContextClassLoader()));
}
/**
* Add an authorized host range to the filter.
*
* @param sAddrFrom from address
* @param sAddrTo to address
*
* @return true if filter added
*/
private boolean addAuthorizedHostsToFilter(InetAddressRangeFilter filter, String sAddrFrom, String sAddrTo)
{
if (sAddrFrom == null || sAddrFrom.length() == 0)
{
if (sAddrTo != null && sAddrTo.length() != 0)
{
ensureAuthorizedHostFilter();
Base.azzertFailed("Both and elements must be specified");
}
return false;
}
InetAddress addrFrom;
InetAddress addrTo;
try
{
addrFrom = InetAddress.getByName(sAddrFrom);
addrTo = sAddrTo == null ? addrFrom : InetAddress.getByName(sAddrTo);
}
catch (UnknownHostException e)
{
Base.trace("Unresolvable authorized host will be ignored: " + e);
return false;
}
filter.addRange(addrFrom, addrTo);
return true;
}
/**
* Create a filter factory and add it to the filter map.
*
* @param xmlFilter the xml element
* @param mapFilter the map that holds the factory entries
*/
@SuppressWarnings("unchecked")
private void addFilterToMap(XmlElement xmlFilter, Map mapFilter)
{
String sClass = xmlFilter.getSafeElement("filter-class").getString();
String sName = xmlFilter.getSafeElement("filter-name").getString();
if (sName.length() == 0)
{
sName = xmlFilter.getSafeAttribute("id").getString();
}
XmlElement xmlConfig = new SimpleElement("filter");
XmlElement xmlInstance = xmlConfig.ensureElement("instance");
xmlInstance.ensureElement("class-name").setString(sClass);
XmlElement xmlParams = xmlFilter.getElement("init-params");
if (xmlParams != null)
{
xmlInstance.getElementList().add(xmlParams);
}
try
{
WrapperStreamFactory factory = (WrapperStreamFactory) XmlHelper.createInstance(xmlConfig,
Base.getContextClassLoader(),
/* resolver */
null, WrapperStreamFactory.class);
mapFilter.put(sName, factory);
}
catch (Throwable e)
{
throw new IllegalArgumentException("Error instantiating Filter with name: " + sName);
}
}
/**
* Parse the well known addresses to produce an AddressProvider.
*
* @param xml the well-known-addresses element
*
* @return the WKA address provider, or null if WKA is not enabled
*/
@SuppressWarnings("ConstantConditions")
private AddressProvider createWkaAddressProvider(XmlElement xml)
{
AddressProviderFactory factory = LegacyXmlConfigHelper.parseAddressProvider(xml, getAddressProviderMap());
AddressProvider provider = new SubstitutionAddressProvider(factory.createAddressProvider(null), getGroupPort());
if (!(provider instanceof Set))
{
CompositeAddressProvider providerComposite = new CompositeAddressProvider();
providerComposite.addProvider(provider);
provider = providerComposite;
}
Set set = (Set) provider;
if (set.isEmpty())
{
boolean fRetry = Boolean.getBoolean(PROP_WKA_RESOLVE_RETRY);
if (fRetry)
{
long nTimeout = Long.parseLong(System.getProperty(PROP_WKA_TIMEOUT,
String.valueOf(DEFAULT_WKA_RESOLVE_TIMEOUT.toMillis())));
long nRetry = Long.parseLong(System.getProperty(PROP_WKA_RESOLVE_FREQUENCY,
String.valueOf(DEFAULT_WKA_RESOLVE_FREQUENCY.toMillis())));
long nStart = System.currentTimeMillis();
Logger.info("Failed to resolve WKA addresses, retrying for " + nTimeout + " millis");
while (set.isEmpty() && nTimeout > (System.currentTimeMillis() - nStart))
{
Base.sleep(nRetry);
}
}
}
return ((Set) provider).isEmpty() ? null : provider;
}
/**
* Ensure that the authorized host filter
*
* NOTE: Do not create this unless there are authorized hosts or else Coherence will
* reject the member during a join.
*/
private void ensureAuthorizedHostFilter()
{
Filter filter = getAuthorizedHostFilter();
if (filter == null)
{
setAuthorizedHostFilter(new InetAddressRangeFilter());
}
}
/**
* Resolve the group address string.
*
* @param sAddr the group address string
*
* @return the group address
*/
private InetAddress resolveGroupAddress(String sAddr)
{
InetAddress addr = null;
if (sAddr != null && sAddr.trim().length() > 0)
{
try
{
addr = InetAddress.getByName(sAddr);
}
catch (Exception e)
{
throw Base.ensureRuntimeException(e, "Address=" + sAddr);
}
}
return addr;
}
/**
* Resolve the group interface string.
*
* @param sAddr the group interface
*
* @return the group interface InetAddress
*/
private InetAddress resolveGroupInterface(String sAddr)
{
InetAddress addr = null;
if (sAddr != null && sAddr.trim().length() > 0)
{
try
{
addr = InetAddresses.getLocalAddress(sAddr);
}
catch (Exception e)
{
throw Base.ensureRuntimeException(e, "Interface=" + sAddr);
}
}
return addr;
}
/**
* Translate the edition name.
*
* @param sName edition name
*
* @return edition integer
*/
private int translateEditionName(String sName)
{
Base.checkNotNull(sName, "Edition name");
String[] asNames =
{
"DC", "RTC", "SE", "CE", "EE", "GE"
};
for (int i = 0; i < asNames.length; i++)
{
if (asNames[i].equalsIgnoreCase(sName))
{
return i;
}
}
throw new IllegalArgumentException("Invalid edition name " + sName);
}
/**
* Translate the mode name into an integer
*
* @param sName mode name
*
* @return the mode integer
*/
private int translateModeName(String sName)
{
Base.checkNotNull(sName, "Mode ");
String[] names = {"eval", "dev", "prod"};
for (int i = 0; i < names.length; i++)
{
if (names[i].equalsIgnoreCase(sName))
{
return i;
}
}
throw new IllegalArgumentException("Invalid mode " + sName);
}
/**
* Return true if a WKA list is configured.
*
* @return true if a WKA list is configured
*/
@SuppressWarnings("unchecked")
private boolean isWkaPresent(XmlElement xmlConfig)
{
if (xmlConfig != null)
{
for (XmlElement xmlAddr : (List) xmlConfig.getElementList())
{
String sAddr;
switch (xmlAddr.getName())
{
case "socket-address":
sAddr = xmlAddr.getSafeElement("address").getString().trim();
break;
case "host-address":
case "address":
sAddr = xmlAddr.getString().trim();
break;
default:
continue;
}
if (!sAddr.isEmpty())
{
return true;
}
}
}
return false;
}
// ----- constants ------------------------------------------------------
/**
* The name of the System property to configure maximum time to attempt to resolve wka addresses.
* Set this system property to a number of milliseconds.
*/
public static final String PROP_WKA_TIMEOUT = "coherence.wka.dns.resolution.timeout";
/**
* System property for configuring the frequency to attempt dns resolution of wka addresses.
* Set this system property to a number of milliseconds.
*/
public static final String PROP_WKA_RESOLVE_FREQUENCY = "coherence.wka.dns.resolution.frequency";
/**
* The System property to set to block WKA resolution until at least one WKA address has been resolved.
*
* The default behaviour is not to retry.
*/
public static final String PROP_WKA_RESOLVE_RETRY = "coherence.wka.dns.resolution.retry";
/**
* The default timeout to wait for resolution of at least one WKA address.
*/
public static final Duration DEFAULT_WKA_RESOLVE_TIMEOUT = Duration.ofMinutes(6);
/**
* The default retry frequency to attempt resolution of at least one WKA address.
*/
public static final Duration DEFAULT_WKA_RESOLVE_FREQUENCY = Duration.ofMillis(10);
}