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com.thomsonreuters.ema.access.ProgrammaticConfigure Maven / Gradle / Ivy
///*|-----------------------------------------------------------------------------
// *| This source code is provided under the Apache 2.0 license --
// *| and is provided AS IS with no warranty or guarantee of fit for purpose. --
// *| See the project's LICENSE.md for details. --
// *| Copyright (C) 2019 Refinitiv. All rights reserved. --
///*|-----------------------------------------------------------------------------
package com.thomsonreuters.ema.access;
import java.util.ArrayList;
import java.util.Collections;
import java.util.List;
import com.thomsonreuters.ema.access.DataType.DataTypes;
import com.thomsonreuters.ema.access.DirectoryServiceStore.ServiceIdInteger;
import com.thomsonreuters.ema.access.OmmLoggerClient.Severity;
import com.thomsonreuters.ema.access.OmmState.StreamState;
import com.thomsonreuters.upa.codec.Codec;
import com.thomsonreuters.upa.codec.CodecFactory;
import com.thomsonreuters.upa.codec.Qos;
import com.thomsonreuters.upa.codec.QosRates;
import com.thomsonreuters.upa.codec.QosTimeliness;
import com.thomsonreuters.upa.transport.CompressionTypes;
import com.thomsonreuters.upa.transport.ConnectionTypes;
import com.thomsonreuters.upa.valueadd.domainrep.rdm.directory.DirectoryMsgFactory;
import com.thomsonreuters.upa.valueadd.domainrep.rdm.directory.Service;
import com.thomsonreuters.ema.access.MapEntry;
import com.thomsonreuters.ema.access.ElementEntry;
import com.thomsonreuters.ema.access.Map;
import com.thomsonreuters.ema.access.ElementList;
class ProgrammaticConfigure
{
/** @class InstanceEntryFlag
An enumeration representing consumer or provider entry level config variables.
*/
class InstanceEntryFlag
{
final static int CHANNEL_FLAG = 0x001;
final static int LOGGER_FLAG = 0x002;
final static int DICTIONARY_FLAG = 0x004;
final static int CHANNELSET_FLAG = 0x008;
final static int DIRECTORY_FLAG = 0x010;
final static int SERVER_FLAG = 0x020;
}
/** @class ChannelEntryFlag
An enumeration representing channel entry level config variables.
*/
class ChannelEntryFlag
{
final static int CHANNELTYPE_FLAG = 0x001;
final static int HOST_FLAG = 0x002;
final static int PORT_FLAG = 0x004;
final static int INTERFACENAME_FLAG = 0x008;
final static int GUARANTEED_OUTPUTBUFFERS_FLAG = 0x010;
final static int NUM_INPUTBUFFERS_FLAG = 0x020;
final static int SYS_RECV_BUFSIZE_FLAG = 0x040;
final static int SYS_SEND_BUFSIZE_FLAG = 0x080;
final static int HIGH_WATERMARK_FLAG = 0x100;
final static int TCP_NODELAY_FLAG = 0x200;
final static int CONN_PING_TIMEOUT_FLAG = 0x400;
final static int COMPRESSION_THRESHOLD_FLAG = 0x800;
final static int COMPRESSION_TYPE_FLAG = 0x1000;
final static int DIRECTWRITE_FLAG = 0x2000;
final static int INIT_TIMEOUT_FLAG = 0x4000;
final static int ENABLE_SESSION_MGNT_FLAG = 0x8000; // Enable the reactor to refresh the token and reissue login request.
final static int LOCATION_FLAG = 0x10000; // Specify a location to get an endpoint for establishing a connection.
}
/** @class ServerEntryFlag
An enumeration representing server entry level config variables.
*/
class ServerEntryFlag
{
final static int SERVERTYPE_FLAG = 0X0001;
final static int PORT_FLAG = 0X0002;
final static int INTERFACENAME_FLAG = 0X0004;
final static int GUARANTEED_OUTPUTBUFFERS_FLAG = 0X0008;
final static int NUMINPUTBUF_FLAG = 0X0010;
final static int SYS_RECV_BUFSIZE_FLAG = 0X0020;
final static int SYS_SEND_BUFSIZE_FLAG = 0X0040;
final static int HIGH_WATERMARK_FLAG = 0X0080;
final static int TCP_NODELAY_FLAG = 0X0100;
final static int CONN_MIN_PING_TIMEOUT_FLAG = 0X0200;
final static int CONN_PING_TIMEOUT_FLAG = 0X0400;
final static int COMPRESSION_THRESHOLD_FLAG = 0X0800;
final static int COMPRESSION_TYPE_FLAG = 0x1000;
final static int DIRECTWRITE_FLAG = 0x2000;
final static int INIT_TIMEOUT_FLAG = 0x4000;
}
/** @class TunnelingEntryFlag
An enumeration representing tunneling entry level config variables.
*/
class TunnelingEntryFlag
{
final static int OBJECTNAME_FLAG = 0x001;
final static int PROXYPORT_FLAG = 0x002;
final static int PROXYHOST_FLAG = 0x004;
final static int SECURITY_PROTOCOL_FLAG = 0x008;
}
final static int MAX_UNSIGNED_INT16 = 0xFFFF;
String _group;
String _list;
boolean _setGroup;
private String _consumerName;
private String _niProviderName;
private String _iProviderName;
private String _channelName;
private String _serverName;
private String _dictionaryName;
private String _directoryName;
private String _channelSet;
private boolean _overrideConsName;
private boolean _overrideNiProvName;
private boolean _overrideIProvName;
private boolean _dependencyNamesLoaded;
private int _nameflags;
private List _serverDictList;
private List _configList;
private ConfigErrorTracker _emaConfigErrList;
private List _dictProvided;
private List _dictUsed;
private List _serviceNameList;
boolean addQos = false;
private EmaObjectManager _objManager;
private int INVALID_RETVAL = -2;
ProgrammaticConfigure( Map map, ConfigErrorTracker emaConfigErrList )
{
_nameflags = 0 ;
_emaConfigErrList = emaConfigErrList;
_configList = new ArrayList();
_dictProvided = new ArrayList();
_dictUsed = new ArrayList();
_serviceNameList = new ArrayList();
_serverDictList = new ArrayList();
_objManager = new EmaObjectManager();
Map mapDecoded = new MapImpl(_objManager);
JUnitTestConnect.setRsslData(mapDecoded, map, Codec.majorVersion(), Codec.minorVersion(), null, null);
_configList.add(mapDecoded);
}
void addConfigure( Map map )
{
Map mapDecoded = new MapImpl(_objManager);
JUnitTestConnect.setRsslData(mapDecoded, map, Codec.majorVersion(), Codec.minorVersion(), null, null);
_configList.add(mapDecoded);
}
void clear()
{
internalClear();
_configList.clear();
}
void internalClear()
{
_consumerName = null;
_niProviderName = null;
_iProviderName = null;
_channelName = null;
_serverName = null;
_dictionaryName = null;
_directoryName = null;
_channelSet = null;
_overrideConsName = false;
_overrideNiProvName = false;
_overrideIProvName = false;
_dependencyNamesLoaded = false;
_nameflags = 0;
_group = null;
_list = null;
_setGroup = false;
addQos = false;
_serverDictList.clear();
_dictProvided.clear();
_dictUsed.clear();
_serviceNameList.clear();
}
String defaultConsumer()
{
String retValue;
if ( _overrideConsName )
return _consumerName;
else
{
internalClear();
for (Map map : _configList)
{
if ( (retValue = retrieveDefaultConsProvName( map, "ConsumerGroup", "DefaultConsumer" )) != null )
return retValue;
}
}
return null;
}
String defaultNiProvider()
{
String retValue;
if ( _overrideNiProvName )
return _niProviderName;
else
{
internalClear();
for (Map map : _configList)
{
if ( (retValue = retrieveDefaultConsProvName( map, "NiProviderGroup", "DefaultNiProvider" )) != null )
return retValue;
}
}
return null;
}
String defaultIProvider()
{
String retValue;
if ( _overrideIProvName )
return _iProviderName;
else
{
internalClear();
for (Map map : _configList)
{
if ( (retValue = retrieveDefaultConsProvName( map, "IProviderGroup", "DefaultIProvider" )) != null )
return retValue;
}
}
return null;
}
boolean specifyConsumerName( String consumerName )
{
for (Map map : _configList)
{
if ( validateConsumerProviderName( map, "ConsumerGroup", "ConsumerList", consumerName ) )
{
_overrideConsName = true;
_consumerName = consumerName;
return true;
}
}
return false;
}
boolean specifyNiProviderName( String niProviderName )
{
for (Map map : _configList)
{
if ( validateConsumerProviderName( map, "NiProviderGroup", "NiProviderList", niProviderName ) )
{
_overrideNiProvName = true;
_niProviderName = niProviderName;
return true;
}
}
return false;
}
boolean specifyIProviderName( String iProviderName )
{
for (Map map : _configList)
{
if ( validateConsumerProviderName( map, "IProviderGroup", "IProviderList", iProviderName ) )
{
_overrideIProvName = true;
_iProviderName = iProviderName;
return true;
}
}
return false;
}
String activeEntryNames( String instanceName, int flag )
{
if ( !_dependencyNamesLoaded )
{
for (Map map : _configList)
retrieveDependencyNames(map, instanceName );
_dependencyNamesLoaded = true;
}
if ((_nameflags & flag) != 0)
{
if ( (InstanceEntryFlag.CHANNELSET_FLAG & flag) != 0 )
{
return _channelSet;
}
else if ( (InstanceEntryFlag.SERVER_FLAG & flag) != 0 )
{
return _serverName;
}
else if ( (InstanceEntryFlag.CHANNEL_FLAG & flag) != 0 )
{
return _channelName;
}
else if ( (InstanceEntryFlag.DICTIONARY_FLAG & flag) != 0 )
{
return _dictionaryName;
}
else if ( (InstanceEntryFlag.DIRECTORY_FLAG & flag) != 0 )
{
return _directoryName;
}
}
return null;
}
String retrieveDefaultConsProvName( Map map, String group, String defaulName )
{
for (MapEntry mapEntry : map)
{
if ( ( mapEntry.key().dataType() == DataTypes.ASCII ) && ( mapEntry.key().ascii().ascii().equals(group) ) &&
( mapEntry.load().dataType() == DataTypes.ELEMENT_LIST ) )
{
ElementList elementList = mapEntry.elementList();
for (ElementEntry elementEntry : elementList)
{
if ( elementEntry.loadType() == DataTypes.ASCII )
{
if ( elementEntry.name().equals( defaulName) )
{
return elementEntry.ascii().ascii();
}
}
}
}
}
return null;
}
boolean validateConsumerProviderName( Map map, String group, String listName, String conProvName )
{
for (MapEntry mapEntry : map)
{
if ( ( mapEntry.key().dataType() == DataTypes.ASCII ) && ( mapEntry.key().ascii().ascii().equals(group) ) &&
( mapEntry.load().dataType() == DataTypes.ELEMENT_LIST ) )
{
ElementList elementList = mapEntry.elementList();
for (ElementEntry elementEntry : elementList)
{
if ( ( elementEntry.name().equals( listName) ) && ( elementEntry.load().dataType() == DataTypes.MAP ) )
{
Map consumerMap = elementEntry.map();
for (MapEntry consumerMapEntry : consumerMap)
{
if ( ( consumerMapEntry.key().dataType() == DataTypes.ASCII ) && ( consumerMapEntry.key().ascii().ascii().equals(conProvName)) )
return true;
}
}
}
}
}
return false;
}
void retrieveDependencyNames( Map map, String userName )
{
int position = 0;
int channelPos = 0, channelSetPos = 0;
retrieveGroupAndListName( map );
if ( _group != null && _group.isEmpty() )
return;
for (MapEntry mapEntry : map)
{
if ( mapEntry.key().dataType() == DataTypes.ASCII && mapEntry.key().ascii().ascii().equals(_group) )
{
if ( mapEntry.loadType() == DataTypes.ELEMENT_LIST )
{
ElementList elementList = mapEntry.elementList();
for (ElementEntry elementEntry : elementList)
{
if ( elementEntry.loadType() == DataTypes.MAP )
{
if ( elementEntry.name().equals(_list) && ( elementEntry.load().dataType() == DataTypes.MAP ) )
{
Map mapList = elementEntry.map();
for (MapEntry mapListEntry : mapList)
{
if ( mapListEntry.key().dataType() == DataTypes.ASCII &&
mapListEntry.key().ascii().ascii().equals(userName) &&
mapEntry.loadType() == DataTypes.ELEMENT_LIST )
{
position = 0;
for (ElementEntry instanceEntry : mapListEntry.elementList())
{
position++;
switch ( instanceEntry.loadType() )
{
case DataTypes.ASCII:
if ( instanceEntry.name().equals("Channel") )
{
_channelName = instanceEntry.ascii().ascii();
_nameflags |= InstanceEntryFlag.CHANNEL_FLAG;
channelPos = position;
}
if (instanceEntry.name().equals("Server"))
{
_serverName = instanceEntry.ascii().ascii();
_nameflags |= InstanceEntryFlag.SERVER_FLAG;
}
else if ( instanceEntry.name().equals("Dictionary") )
{
_dictionaryName = instanceEntry.ascii().ascii();
_nameflags |= InstanceEntryFlag.DICTIONARY_FLAG;
}
else if ( instanceEntry.name().equals("ChannelSet") )
{
_channelSet = instanceEntry.ascii().ascii();
_nameflags |= InstanceEntryFlag.CHANNELSET_FLAG;
channelSetPos = position;
}
else if ( instanceEntry.name().equals("Directory") )
{
_directoryName = instanceEntry.ascii().ascii();
_nameflags |= InstanceEntryFlag.DIRECTORY_FLAG;
}
break;
default:
break;
}
}
if ( ((_nameflags & InstanceEntryFlag.CHANNEL_FLAG ) != 0) &&
((_nameflags & InstanceEntryFlag.CHANNELSET_FLAG) != 0))
{
if ( channelSetPos > channelPos )
{
_nameflags &= ~InstanceEntryFlag.CHANNEL_FLAG;
_channelName = null;
}
else
{
_nameflags &= ~InstanceEntryFlag.CHANNELSET_FLAG;
_channelSet = null;
}
}
break;
}
}
}
}
}
}
}
}
}
void retrieveCommonConfig( String instanceName, BaseConfig activeConfig )
{
for (Map map : _configList)
retrieveInstanceCommonConfig(map, instanceName, activeConfig );
}
void retrieveCustomConfig( String instanceName, BaseConfig activeConfig )
{
for (Map map : _configList)
retrieveInstanceCustomConfig(map, instanceName, activeConfig );
}
int retrieveChannelTypeConfig(String channelName)
{
for (Map map : _configList)
{
for (MapEntry mapEntry : map)
{
if ( mapEntry.key().dataType() == DataTypes.ASCII &&
mapEntry.key().ascii().ascii().equals("ChannelGroup") &&
mapEntry.loadType() == DataTypes.ELEMENT_LIST )
{
for (ElementEntry elementEntry : mapEntry.elementList())
{
if ( elementEntry.loadType() == DataTypes.MAP && elementEntry.name().equals("ChannelList"))
{
for (MapEntry mapListEntry : elementEntry.map())
{
if ( mapListEntry.key().dataType() == DataTypes.ASCII &&
mapListEntry.key().ascii().ascii().equals(channelName) &&
mapListEntry.loadType() == DataTypes.ELEMENT_LIST )
{
for (ElementEntry channelEntry : mapListEntry.elementList())
{
if ( channelEntry.loadType() == DataTypes.ASCII && channelEntry.name().equals("ChannelType"))
return convertToEnum(channelEntry.ascii().ascii());
}
}
}
}
}
}
}
}
return INVALID_RETVAL;
}
void retrieveChannelConfig( String channelName, ActiveConfig activeConfig, int hostFnCalled, ChannelConfig fileCfg)
{
for (Map map : _configList)
retrieveChannel(map, channelName, activeConfig, hostFnCalled, fileCfg);
}
void retrieveServerConfig(String serverName, ActiveServerConfig activeServerConfig, int portFnCalled, ServerConfig fileCfg)
{
for (Map map : _configList)
retrieveServer(map, serverName, activeServerConfig, portFnCalled, fileCfg);
}
void retrieveDictionaryConfig( String dictionaryName, ActiveConfig activeConfig )
{
for (Map map : _configList)
retrieveDictionary(map, dictionaryName, activeConfig.dictionaryConfig );
}
void retrieveDictionaryConfig( String dictionaryName, DictionaryConfig dictConfig )
{
for (Map map : _configList)
retrieveDictionary(map, dictionaryName, dictConfig );
}
void retrieveServerAllDictionaryConfig(Map map)
{
String rdmFieldDictionaryItemName = null, enumTypeItemName = null, rdmfieldDictionaryFileName = null, enumtypeDefFileName = null;
boolean hasDictInfo = false;
for (MapEntry mapEntry : map)
{
if (mapEntry.key().dataType() == DataTypes.ASCII &&
mapEntry.key().ascii().ascii().equals("DictionaryGroup") &&
mapEntry.loadType() == DataTypes.ELEMENT_LIST)
{
ElementList elementList = mapEntry.elementList();
for (ElementEntry elementEntry : elementList)
{
if (elementEntry.loadType() == DataTypes.MAP && elementEntry.name().equals("DictionaryList"))
{
for (MapEntry dictMapEntry : elementEntry.map())
{
if (dictMapEntry.key().dataType() == DataTypes.ASCII &&
dictMapEntry.loadType() == DataTypes.ELEMENT_LIST)
{
hasDictInfo = false;
for (ElementEntry entry : dictMapEntry.elementList())
{
switch (entry.loadType())
{
case DataTypes.ASCII:
if (entry.name().equals("RdmFieldDictionaryFileName"))
{
hasDictInfo = true;
rdmfieldDictionaryFileName = entry.ascii().ascii();
}
else if (entry.name().equals("EnumTypeDefFileName"))
{
hasDictInfo = true;
enumtypeDefFileName = entry.ascii().ascii();
}
if (entry.name().equals("RdmFieldDictionaryItemName"))
{
hasDictInfo = true;
rdmFieldDictionaryItemName = entry.ascii().ascii();
}
else if (entry.name().equals("EnumTypeDefItemName"))
{
hasDictInfo = true;
enumTypeItemName = entry.ascii().ascii();
}
break;
default:
break;
}
}
if (hasDictInfo)
{
DictionaryConfig dictConfig = new DictionaryConfig(true);
_serverDictList.add(dictConfig);
dictConfig.dictionaryName = dictMapEntry.key().ascii().ascii();
if (rdmFieldDictionaryItemName != null && !rdmFieldDictionaryItemName.isEmpty())
dictConfig.rdmFieldDictionaryItemName = rdmFieldDictionaryItemName;
else
dictConfig.rdmFieldDictionaryItemName = "RWFFld";
if (enumTypeItemName != null && !enumTypeItemName.isEmpty())
dictConfig.enumTypeDefItemName = enumTypeItemName;
else
dictConfig.enumTypeDefItemName = "RWFEnum";
if (rdmfieldDictionaryFileName != null && !rdmfieldDictionaryFileName.isEmpty())
dictConfig.rdmfieldDictionaryFileName = rdmfieldDictionaryFileName;
else
dictConfig.rdmfieldDictionaryFileName = "./RDMFieldDictionary";
if (enumtypeDefFileName != null && !enumtypeDefFileName.isEmpty())
dictConfig.enumtypeDefFileName = enumtypeDefFileName;
else
dictConfig.enumtypeDefFileName = "./enumtype.def";
}
}
}
}
break;
}
}
}
}
void retrieveServerDictionaryConfig(Service service, List serviceDictionaryConfigList)
{
if (_dictProvided.isEmpty() && _dictUsed.isEmpty())
return;
ServiceDictionaryConfig fileServiceDictConfig = null;
ServiceDictionaryConfig currentServiceDicConfig = null;
if (serviceDictionaryConfigList != null)
{
fileServiceDictConfig = findServiceDictConfig(serviceDictionaryConfigList, service.serviceId());
currentServiceDicConfig = new ServiceDictionaryConfig();
currentServiceDicConfig.serviceId = service.serviceId();
}
for (String dictName : _dictProvided)
{
DictionaryConfig findDictConfig = null;
for (DictionaryConfig dictConfig : _serverDictList)
{
if (dictConfig.dictionaryName.equals(dictName))
{
findDictConfig = dictConfig;
break;
}
}
if (findDictConfig == null && fileServiceDictConfig != null) //will use dict config from file
findDictConfig = fileServiceDictConfig.findDictionary(dictName, true);
DictionaryConfig newDictConfig = new DictionaryConfig(true);
newDictConfig.dictionaryName = dictName;
if (findDictConfig == null) //use default
{
newDictConfig.rdmFieldDictionaryItemName = "RWFFld";
newDictConfig.enumTypeDefItemName = "RWFEnum";
newDictConfig.rdmfieldDictionaryFileName = "./RDMFieldDictionary";
newDictConfig.enumtypeDefFileName = "./enumtype.def";
}
else
{
newDictConfig.isLocalDictionary = findDictConfig.isLocalDictionary;
newDictConfig.rdmFieldDictionaryItemName = findDictConfig.rdmFieldDictionaryItemName;
newDictConfig.enumTypeDefItemName = findDictConfig.enumTypeDefItemName;
newDictConfig.rdmfieldDictionaryFileName = findDictConfig.rdmfieldDictionaryFileName;
newDictConfig.enumtypeDefFileName = findDictConfig.enumtypeDefFileName;
}
service.info().dictionariesProvidedList().add(newDictConfig.rdmFieldDictionaryItemName);
service.info().dictionariesProvidedList().add(newDictConfig.enumTypeDefItemName);
if (currentServiceDicConfig != null)
currentServiceDicConfig.dictionaryProvidedList.add(newDictConfig);
else
newDictConfig = null;
}
for (String dictName : _dictUsed)
{
DictionaryConfig findDictConfig = null;
for (DictionaryConfig dictConfig : _serverDictList)
{
if (dictConfig.dictionaryName.equals(dictName))
{
findDictConfig = dictConfig;
break;
}
}
if (findDictConfig == null && fileServiceDictConfig != null) //will use dict config from file
findDictConfig = fileServiceDictConfig.findDictionary(dictName, false);
DictionaryConfig newDictConfig = new DictionaryConfig(true);
newDictConfig.dictionaryName = dictName;
if (findDictConfig == null) //use default
{
newDictConfig.rdmFieldDictionaryItemName = "RWFFld";
newDictConfig.enumTypeDefItemName = "RWFEnum";
newDictConfig.rdmfieldDictionaryFileName = "./RDMFieldDictionary";
newDictConfig.enumtypeDefFileName = "./enumtype.def";
}
else
{
newDictConfig.isLocalDictionary = findDictConfig.isLocalDictionary;
newDictConfig.rdmFieldDictionaryItemName = findDictConfig.rdmFieldDictionaryItemName;
newDictConfig.enumTypeDefItemName = findDictConfig.enumTypeDefItemName;
newDictConfig.rdmfieldDictionaryFileName = findDictConfig.rdmfieldDictionaryFileName;
newDictConfig.enumtypeDefFileName = findDictConfig.enumtypeDefFileName;
}
service.info().dictionariesUsedList().add(newDictConfig.rdmFieldDictionaryItemName);
service.info().dictionariesUsedList().add(newDictConfig.enumTypeDefItemName);
if (currentServiceDicConfig != null)
currentServiceDicConfig.dictionaryUsedList.add(newDictConfig);
else
newDictConfig = null;
}
if (currentServiceDicConfig != null)
{
if (fileServiceDictConfig != null)
{
serviceDictionaryConfigList.remove(fileServiceDictConfig);
fileServiceDictConfig = null;
}
serviceDictionaryConfigList.add(currentServiceDicConfig);
}
}
void retrieveDirectoryConfig(String dictionaryName, DirectoryServiceStore dirServiceStore, DirectoryCache directoryCache, List serviceDictionaryConfigList)
{
if (_serverDictList.size() == 0)
{
for (Map map : _configList)
retrieveServerAllDictionaryConfig(map);
}
for (Map map : _configList)
retrieveDirectory(map, dictionaryName, dirServiceStore, directoryCache, serviceDictionaryConfigList);
}
void retrieveInstanceCommonConfig( Map map, String instanceName, BaseConfig activeConfig )
{
retrieveGroupAndListName( map );
if ( _group != null && _group.isEmpty() )
return;
for (MapEntry mapEntry : map)
{
if ( mapEntry.key().dataType() == DataTypes.ASCII &&
( mapEntry.key().ascii().ascii().equals("ConsumerGroup") || mapEntry.key().ascii().ascii().equals("NiProviderGroup")) &&
mapEntry.loadType() == DataTypes.ELEMENT_LIST )
{
for (ElementEntry elementEntry : mapEntry.elementList())
{
if ( elementEntry.loadType() == DataTypes.MAP &&
(elementEntry.name().equals("ConsumerList") ) || ( elementEntry.name().equals("NiProviderList")))
{
for (MapEntry instanceMapEntry : elementEntry.map())
{
if ( instanceMapEntry.key().dataType() == DataTypes.ASCII &&
instanceMapEntry.key().ascii().ascii().equals(instanceName ) &&
instanceMapEntry.loadType() == DataTypes.ELEMENT_LIST )
{
for (ElementEntry eentry : instanceMapEntry.elementList())
{
switch ( eentry.loadType() )
{
case DataTypes.INT:
if (eentry.name().equals("XmlTraceToStdout"))
{
activeConfig.xmlTraceEnable = eentry.intValue() > 0 ? true : false;
}
else if ( eentry.name().equals("ItemCountHint") )
{
if (eentry.intValue() >= 0)
activeConfig.itemCountHint = convertToInt(eentry.intValue());
}
else if ( eentry.name().equals("ServiceCountHint") )
{
if (eentry.intValue() >= 0)
activeConfig.serviceCountHint = convertToInt(eentry.intValue());
}
else if ( eentry.name().equals("RequestTimeout") )
{
if (eentry.intValue() >= 0)
activeConfig.requestTimeout = convertToInt(eentry.intValue());
}
else if ( eentry.name().equals("MaxDispatchCountApiThread") )
{
if (eentry.intValue() >= 0)
activeConfig.maxDispatchCountApiThread = convertToInt(eentry.intValue());
}
else if ( eentry.name().equals("MaxDispatchCountUserThread") )
{
if (eentry.intValue() >= 0)
activeConfig.maxDispatchCountUserThread = convertToInt(eentry.intValue());
}
else if ( eentry.name().equals("DispatchTimeoutApiThread") )
{
if (eentry.intValue() >= 0)
activeConfig.dispatchTimeoutApiThread = convertToInt(eentry.intValue());
}
else if (eentry.name().equals("MsgKeyInUpdates"))
{
((ActiveConfig)activeConfig).msgKeyInUpdates = eentry.intValue() > 0 ? true : false;
}
else if ( eentry.name().equals("LoginRequestTimeOut") )
{
if (eentry.intValue() >= 0)
((ActiveConfig)activeConfig).loginRequestTimeOut = convertToInt(eentry.intValue());
}
else if (eentry.name().equals("ReconnectAttemptLimit"))
{
if (eentry.intValue() >= -1)
((ActiveConfig)activeConfig).reconnectAttemptLimit = convertToInt(eentry.intValue());
}
else if (eentry.name().equals("ReconnectMinDelay"))
{
if (eentry.intValue() >= 0)
((ActiveConfig)activeConfig).reconnectMinDelay = convertToInt(eentry.intValue());
}
else if (eentry.name().equals("ReconnectMaxDelay"))
{
if (eentry.intValue() >= 0)
((ActiveConfig)activeConfig).reconnectMaxDelay = convertToInt(eentry.intValue());
}
break;
default:
break;
}
}
}
}
}
}
}
else if ( mapEntry.key().dataType() == DataTypes.ASCII &&
mapEntry.key().ascii().ascii().equals("IProviderGroup") && mapEntry.loadType() == DataTypes.ELEMENT_LIST)
{
for (ElementEntry elementEntry : mapEntry.elementList())
{
if ( elementEntry.loadType() == DataTypes.MAP && elementEntry.name().equals("IProviderList"))
{
for (MapEntry instanceMapEntry : elementEntry.map())
{
if ( instanceMapEntry.key().dataType() == DataTypes.ASCII &&
instanceMapEntry.key().ascii().ascii().equals(instanceName ) &&
instanceMapEntry.loadType() == DataTypes.ELEMENT_LIST )
{
for (ElementEntry eentry : instanceMapEntry.elementList())
{
switch ( eentry.loadType() )
{
case DataTypes.INT:
if (eentry.name().equals("XmlTraceToStdout"))
{
activeConfig.xmlTraceEnable = eentry.intValue() > 0 ? true : false;
}
else if ( eentry.name().equals("ItemCountHint") )
{
if (eentry.intValue() >= 0)
activeConfig.itemCountHint = convertToInt(eentry.intValue());
}
else if ( eentry.name().equals("ServiceCountHint") )
{
if (eentry.intValue() >= 0)
activeConfig.serviceCountHint = convertToInt(eentry.intValue());
}
else if ( eentry.name().equals("RequestTimeout") )
{
if (eentry.intValue() >= 0)
activeConfig.requestTimeout = convertToInt(eentry.intValue());
}
else if ( eentry.name().equals("MaxDispatchCountApiThread") )
{
if (eentry.intValue() >= 0)
activeConfig.maxDispatchCountApiThread = convertToInt(eentry.intValue());
}
else if ( eentry.name().equals("MaxDispatchCountUserThread") )
{
if (eentry.intValue() >= 0)
activeConfig.maxDispatchCountUserThread = convertToInt(eentry.intValue());
}
else if ( eentry.name().equals("DispatchTimeoutApiThread") )
{
if (eentry.intValue() >= 0)
activeConfig.dispatchTimeoutApiThread = convertToInt(eentry.intValue());
}
break;
default:
break;
}
}
}
}
}
}
}
}
}
void retrieveInstanceCustomConfig( Map map, String instanceName, BaseConfig activeConfig )
{
retrieveGroupAndListName( map );
if ( _group != null && _group.isEmpty() )
return;
for (MapEntry mapEntry : map)
{
if ( mapEntry.key().dataType() == DataTypes.ASCII && mapEntry.loadType() == DataTypes.ELEMENT_LIST )
{
if (mapEntry.key().ascii().ascii().equals("ConsumerGroup") )
{
for (ElementEntry elementEntry : mapEntry.elementList())
{
if ( elementEntry.loadType() == DataTypes.MAP && elementEntry.name().equals("ConsumerList") )
{
for (MapEntry mapListEntry : elementEntry.map())
{
if ( mapListEntry.key().dataType() == DataTypes.ASCII &&
mapListEntry.key().ascii().ascii().equals(instanceName) &&
mapListEntry.loadType() == DataTypes.ELEMENT_LIST )
{
for (ElementEntry eentry : mapListEntry.elementList())
{
switch ( eentry.loadType() )
{
case DataTypes.INT:
if ( eentry.name().equals("ObeyOpenWindow"))
{
if (eentry.intValue() >= 0)
((ActiveConfig)activeConfig).obeyOpenWindow = convertToInt(eentry.intValue());
}
else if ( eentry.name().equals("PostAckTimeout"))
{
if (eentry.intValue() >= 0)
((ActiveConfig)activeConfig).postAckTimeout = convertToInt(eentry.intValue());
}
else if ( eentry.name().equals("MaxOutstandingPosts"))
{
if (eentry.intValue() >= 0)
((ActiveConfig)activeConfig).maxOutstandingPosts = convertToInt(eentry.intValue());
}
else if ( eentry.name().equals("DirectoryRequestTimeOut"))
{
if (eentry.intValue() >= 0)
((ActiveConfig)activeConfig).directoryRequestTimeOut = convertToInt(eentry.intValue());
}
else if ( eentry.name().equals("DictionaryRequestTimeOut"))
{
if (eentry.intValue() >= 0)
((ActiveConfig)activeConfig).dictionaryRequestTimeOut = convertToInt(eentry.intValue());
}
else if ( eentry.name().equals("ReissueTokenAttemptLimit"))
{
((ActiveConfig)activeConfig).reissueTokenAttemptLimit = convertToInt(eentry.intValue());
if(((ActiveConfig)activeConfig).reissueTokenAttemptLimit < ActiveConfig.DEFAULT_REISSUE_TOKEN_ATTEMPT_LIMIT)
{
((ActiveConfig)activeConfig).reissueTokenAttemptLimit = ActiveConfig.DEFAULT_REISSUE_TOKEN_ATTEMPT_LIMIT;
}
}
else if ( eentry.name().equals("ReissueTokenAttemptInterval"))
{
if (eentry.intValue() >= 0)
((ActiveConfig)activeConfig).reissueTokenAttemptInterval = convertToInt(eentry.intValue());
else
((ActiveConfig)activeConfig).reissueTokenAttemptInterval = 0;
}
break;
case DataTypes.UINT:
if ( eentry.name().equals("RestRequestTimeOut"))
{
if (eentry.uintValue() >= 0)
((ActiveConfig)activeConfig).restRequestTimeout = convertToInt(eentry.uintValue());
else
((ActiveConfig)activeConfig).restRequestTimeout = 0;
}
break;
case DataTypes.DOUBLE:
if ( eentry.name().equals("TokenReissueRatio"))
{
if(eentry.doubleValue() > 0)
((ActiveConfig)activeConfig).tokenReissueRatio = eentry.doubleValue();
}
break;
default:
break;
}
}
}
break;
}
}
}
}
else if ( mapEntry.key().ascii().ascii().equals("NiProviderGroup") )
{
for (ElementEntry elementEntry : mapEntry.elementList())
{
if ( elementEntry.loadType() == DataTypes.MAP && elementEntry.name().equals("NiProviderList") )
{
for (MapEntry mapListEntry : elementEntry.map())
{
if ( mapListEntry.key().dataType() == DataTypes.ASCII &&
mapListEntry.key().ascii().ascii().equals(instanceName) &&
mapListEntry.loadType() == DataTypes.ELEMENT_LIST )
{
for (ElementEntry eentry : mapListEntry.elementList())
{
switch ( eentry.loadType() )
{
case DataTypes.INT:
if (eentry.name().equals("RefreshFirstRequired"))
{
((OmmNiProviderActiveConfig)(activeConfig)).refreshFirstRequired = eentry.intValue() > 0 ? true : false;
}
else if (eentry.name().equals("MergeSourceDirectoryStreams"))
{
((OmmNiProviderActiveConfig)(activeConfig)).mergeSourceDirectoryStreams = eentry.intValue() > 0 ? true : false;
}
else if (eentry.name().equals("RecoverUserSubmitSourceDirectory"))
{
((OmmNiProviderActiveConfig)(activeConfig)).recoverUserSubmitSourceDirectory= eentry.intValue() > 0 ? true : false;
}
else if (eentry.name().equals("RemoveItemsOnDisconnect"))
{
((OmmNiProviderActiveConfig)(activeConfig)).removeItemsOnDisconnect= eentry.intValue() > 0 ? true : false;
}
break;
default:
break;
}
}
}
break;
}
}
}
}
else if ( mapEntry.key().ascii().ascii().equals("IProviderGroup") )
{
for (ElementEntry elementEntry : mapEntry.elementList())
{
if ( elementEntry.loadType() == DataTypes.MAP && elementEntry.name().equals("IProviderList") )
{
for (MapEntry mapListEntry : elementEntry.map())
{
if ( ( mapListEntry.key().dataType() == DataTypes.ASCII ) && ( mapListEntry.key().ascii().ascii().equals(instanceName) ) )
{
if ( mapListEntry.loadType() == DataTypes.ELEMENT_LIST )
{
for (ElementEntry eentry : mapListEntry.elementList())
{
switch ( eentry.loadType() )
{
case DataTypes.INT:
if (eentry.name().equals("AcceptDirMessageWithoutMinFilters"))
{
((ActiveServerConfig)activeConfig).acceptDirMessageWithoutMinFilters = eentry.intValue() > 0 ? true : false;
}
else if (eentry.name().equals("AcceptMessageSameKeyButDiffStream"))
{
((ActiveServerConfig)activeConfig).acceptMessageSameKeyButDiffStream = eentry.intValue() > 0 ? true : false;
}
else if (eentry.name().equals("AcceptMessageThatChangesService"))
{
((ActiveServerConfig)activeConfig).acceptMessageThatChangesService = eentry.intValue() > 0 ? true : false;
}
else if (eentry.name().equals("AcceptMessageWithoutAcceptingRequests"))
{
((ActiveServerConfig)activeConfig).acceptMessageWithoutAcceptingRequests = eentry.intValue() > 0 ? true : false;
}
else if (eentry.name().equals("AcceptMessageWithoutBeingLogin"))
{
((ActiveServerConfig)activeConfig).acceptMessageWithoutBeingLogin = eentry.intValue() > 0 ? true : false;
}
else if (eentry.name().equals("AcceptMessageWithoutQosInRange"))
{
((ActiveServerConfig)activeConfig).acceptMessageWithoutQosInRange = eentry.intValue() > 0 ? true : false;
}
else if (eentry.name().equals("RefreshFirstRequired"))
{
((OmmIProviderActiveConfig)activeConfig).refreshFirstRequired = eentry.intValue() > 0 ? true : false;
}
else if (eentry.name().equals("EnumTypeFragmentSize"))
{
if (eentry.intValue() >= 0)
((OmmIProviderActiveConfig)activeConfig).maxEnumTypeFragmentSize = convertToInt(eentry.intValue());
}
else if (eentry.name().equals("FieldDictionaryFragmentSize"))
{
if (eentry.intValue() >= 0)
((OmmIProviderActiveConfig)activeConfig).maxFieldDictFragmentSize = convertToInt(eentry.intValue());
}
break;
default:
break;
}
}
}
break;
}
}
}
}
}
}
}
}
void retrieveChannel( Map map, String channelName, ActiveConfig activeConfig, int hostFnCalled, ChannelConfig fileCfg)
{
for (MapEntry mapEntry : map)
{
if ( mapEntry.key().dataType() == DataTypes.ASCII &&
mapEntry.key().ascii().ascii().equals("ChannelGroup") &&
mapEntry.loadType() == DataTypes.ELEMENT_LIST )
{
for (ElementEntry elementEntry : mapEntry.elementList())
{
if ( elementEntry.loadType() == DataTypes.MAP && elementEntry.name().equals("ChannelList"))
{
for (MapEntry mapListEntry : elementEntry.map())
{
if ( mapListEntry.key().dataType() == DataTypes.ASCII &&
mapListEntry.key().ascii().ascii().equals(channelName) &&
mapListEntry.loadType() == DataTypes.ELEMENT_LIST )
{
retrieveChannelInfo( mapListEntry, channelName, activeConfig, hostFnCalled, fileCfg);
}
}
}
}
}
}
}
void retrieveServer(Map map, String serverName,
ActiveServerConfig activeServerConfig, int portFnCalled, ServerConfig fileCfg)
{
for (MapEntry mapEntry : map)
{
if (mapEntry.key().dataType() == DataTypes.ASCII &&
mapEntry.key().ascii().ascii().equals("ServerGroup") &&
mapEntry.loadType() == DataTypes.ELEMENT_LIST)
{
for (ElementEntry elementEntry : mapEntry.elementList())
{
if (elementEntry.loadType() == DataTypes.MAP && elementEntry.name().equals("ServerList"))
{
for (MapEntry mapListEntry : elementEntry.map())
{
if ((mapListEntry.key().dataType() == DataTypes.ASCII) &&
mapListEntry.key().ascii().ascii().equals(serverName) &&
mapListEntry.loadType() == DataTypes.ELEMENT_LIST)
{
retrieveServerInfo(mapListEntry, serverName, activeServerConfig, portFnCalled, fileCfg);
}
}
}
}
}
}
}
@SuppressWarnings("static-access")
void retrieveChannelInfo( MapEntry mapEntry, String channelName, ActiveConfig activeConfig, int setByFnCalled, ChannelConfig fileCfg)
{
String interfaceName = null, host = null, port = null, objectName = null, tunnelingProxyHost = null, tunnelingProxyPort = null, location = null;
int flags = 0, channelType = 0, compressionType = 0, tunnelingFlags = 0;
long guaranteedOutputBuffers= 0;
long compressionThreshold= 0;
long connectionPingTimeout= 0;
long numInputBuffers= 0;
long sysSendBufSize= 0;
long sysRecvBufSize= 0;
long highWaterMark= 0;
long initializationTimeout = 0;
long tcpNodelay = 0, directWrite = 0, enableSessionMgnt = 0;
for (ElementEntry channelEntry : mapEntry.elementList())
{
switch ( channelEntry.loadType() )
{
case DataTypes.ASCII:
if ( channelEntry.name().equals("Host"))
{
host = channelEntry.ascii().ascii();
flags |= ChannelEntryFlag.HOST_FLAG;
}
else if ( channelEntry.name().equals("Port"))
{
port = channelEntry.ascii().ascii();
flags |= ChannelEntryFlag.PORT_FLAG;
}
else if ( channelEntry.name().equals("InterfaceName"))
{
interfaceName = channelEntry.ascii().ascii();
flags |= ChannelEntryFlag.INTERFACENAME_FLAG;
}
else if ( channelEntry.name().equals("ObjectName"))
{
objectName = channelEntry.ascii().ascii();
tunnelingFlags |= TunnelingEntryFlag.OBJECTNAME_FLAG;
}
else if (channelEntry.name().equals("ProxyPort"))
{
tunnelingProxyPort = channelEntry.ascii().ascii();
tunnelingFlags |= TunnelingEntryFlag.PROXYPORT_FLAG;
}
else if (channelEntry.name().equals("ProxyHost"))
{
tunnelingProxyHost = channelEntry.ascii().ascii();
tunnelingFlags |= TunnelingEntryFlag.PROXYHOST_FLAG;
}
else if ( channelEntry.name().equals("ChannelType"))
{
channelType = convertToEnum(channelEntry.ascii().ascii());
switch ( channelType )
{
case ConnectionTypes.SOCKET:
case ConnectionTypes.HTTP:
case ConnectionTypes.ENCRYPTED:
flags |= ChannelEntryFlag.CHANNELTYPE_FLAG;
break;
default:
_emaConfigErrList.append( "Unsupported ChannelType [")
.append( channelEntry.ascii().ascii())
.append( "] in Programmatic Configuration. Use default ChannelType [ChannelType::RSSL_SOCKET]").create(Severity.ERROR);
break;
}
}
else if ( channelEntry.name().equals("CompressionType"))
{
compressionType = convertToEnum(channelEntry.ascii().ascii());
switch ( compressionType )
{
case CompressionTypes.NONE:
case CompressionTypes.ZLIB:
case CompressionTypes.LZ4:
flags |= ChannelEntryFlag.COMPRESSION_TYPE_FLAG;
break;
default:
_emaConfigErrList.append( "Invalid CompressionType [" )
.append( channelEntry.ascii().ascii() )
.append( "] in Programmatic Configuration. Use default CompressionType [CompressionType::None] " ).create(Severity.ERROR);
break;
}
}
else if ( channelEntry.name().equals("Location"))
{
location = channelEntry.ascii().ascii();
flags |= ChannelEntryFlag.LOCATION_FLAG;
}
break;
case DataTypes.INT:
if ( channelEntry.name().equals("GuaranteedOutputBuffers"))
{
guaranteedOutputBuffers = channelEntry.intValue();
flags |= ChannelEntryFlag.GUARANTEED_OUTPUTBUFFERS_FLAG;
}
else if ( channelEntry.name().equals("NumInputBuffers"))
{
numInputBuffers = channelEntry.intValue();
flags |= ChannelEntryFlag.NUM_INPUTBUFFERS_FLAG;
}
else if ( channelEntry.name().equals("SysRecvBufSize"))
{
sysRecvBufSize = channelEntry.intValue();
flags |= ChannelEntryFlag.SYS_RECV_BUFSIZE_FLAG;
}
else if ( channelEntry.name().equals("SysSendBufSize"))
{
sysSendBufSize = channelEntry.intValue();
flags |= ChannelEntryFlag.SYS_SEND_BUFSIZE_FLAG;
}
else if ( channelEntry.name().equals("HighWaterMark"))
{
highWaterMark = channelEntry.intValue();
flags |= ChannelEntryFlag.HIGH_WATERMARK_FLAG;
}
else if ( channelEntry.name().equals("TcpNodelay"))
{
tcpNodelay = channelEntry.intValue();
flags |= ChannelEntryFlag.TCP_NODELAY_FLAG;
}
else if ( channelEntry.name().equals("DirectWrite"))
{
directWrite = channelEntry.intValue();
flags |= ChannelEntryFlag.DIRECTWRITE_FLAG;
}
else if (channelEntry.name().equals("ConnectionPingTimeout"))
{
connectionPingTimeout = channelEntry.intValue();
flags |= ChannelEntryFlag.CONN_PING_TIMEOUT_FLAG;
}
else if ( channelEntry.name().equals("CompressionThreshold"))
{
compressionThreshold = channelEntry.intValue();
flags |= ChannelEntryFlag.COMPRESSION_THRESHOLD_FLAG;
}
else if ( channelEntry.name().equals("InitializationTimeout"))
{
initializationTimeout = channelEntry.intValue();
flags |= ChannelEntryFlag.INIT_TIMEOUT_FLAG;
}
else if ( channelEntry.name().equals("EnableSessionManagement"))
{
enableSessionMgnt = channelEntry.intValue();
flags |= ChannelEntryFlag.ENABLE_SESSION_MGNT_FLAG;
}
break;
default:
break;
}
}
if ( (flags & ChannelEntryFlag.CHANNELTYPE_FLAG) != 0)
{
if ( setByFnCalled == ActiveConfig.SOCKET_CONN_HOST_CONFIG_BY_FUNCTION_CALL )
{
channelType = ConnectionTypes.SOCKET;
activeConfig.channelConfigSet.clear();
}
else if ( setByFnCalled > ActiveConfig.SOCKET_CONN_HOST_CONFIG_BY_FUNCTION_CALL )
{
if (channelType == ConnectionTypes.SOCKET)
channelType = ConnectionTypes.ENCRYPTED;
activeConfig.channelConfigSet.clear();
}
ChannelConfig currentChannelConfig = null;
if ( channelType == ConnectionTypes.SOCKET )
{
SocketChannelConfig socketChannelConfig = new SocketChannelConfig();
socketChannelConfig.serviceName = activeConfig.defaultServiceName;
currentChannelConfig = socketChannelConfig;
activeConfig.channelConfigSet.add( currentChannelConfig );
SocketChannelConfig fileCfgSocket = null;
if ( fileCfg != null && fileCfg.rsslConnectionType == ConnectionTypes.SOCKET )
fileCfgSocket = (SocketChannelConfig)( fileCfg );
if ( (flags & ChannelEntryFlag.TCP_NODELAY_FLAG) != 0 )
socketChannelConfig.tcpNodelay = (tcpNodelay == 0 ? false : ActiveConfig.DEFAULT_TCP_NODELAY);
else if ( fileCfgSocket != null )
socketChannelConfig.tcpNodelay = fileCfgSocket.tcpNodelay;
if ( (flags & ChannelEntryFlag.DIRECTWRITE_FLAG) != 0 )
socketChannelConfig.directWrite = (directWrite == 1 ? true : ActiveConfig.DEFAULT_DIRECT_SOCKET_WRITE);
else if ( fileCfgSocket != null )
socketChannelConfig.directWrite = fileCfgSocket.directWrite;
if ( (flags & ChannelEntryFlag.HOST_FLAG) != 0 && setByFnCalled == 0 )
socketChannelConfig.hostName = host;
else if ( fileCfgSocket != null )
socketChannelConfig.hostName = fileCfgSocket.hostName;
if ( (flags & ChannelEntryFlag.PORT_FLAG) != 0 && setByFnCalled == 0 )
socketChannelConfig.serviceName = port;
else if ( fileCfgSocket != null )
socketChannelConfig.serviceName = fileCfgSocket.serviceName;
}
else if ( channelType == ConnectionTypes.ENCRYPTED || channelType == ConnectionTypes.HTTP )
{
HttpChannelConfig httpChannelConfig = (channelType == ConnectionTypes.ENCRYPTED) ? new EncryptedChannelConfig() : new HttpChannelConfig();
httpChannelConfig.rsslConnectionType = channelType;
currentChannelConfig = httpChannelConfig;
activeConfig.channelConfigSet.add( currentChannelConfig );
HttpChannelConfig fileCfgEncrypt = null;
if ( fileCfg != null && (fileCfg.rsslConnectionType == ConnectionTypes.ENCRYPTED || fileCfg.rsslConnectionType == ConnectionTypes.HTTP) )
fileCfgEncrypt = (HttpChannelConfig)( fileCfg );
if ( (flags & ChannelEntryFlag.TCP_NODELAY_FLAG) != 0 )
httpChannelConfig.tcpNodelay = (tcpNodelay == 0 ? false : ActiveConfig.DEFAULT_TCP_NODELAY);
else if ( fileCfgEncrypt != null )
httpChannelConfig.tcpNodelay = fileCfgEncrypt.tcpNodelay;
if ( (flags & ChannelEntryFlag.HOST_FLAG) != 0 )
httpChannelConfig.hostName = host;
else if ( fileCfgEncrypt != null )
httpChannelConfig.hostName = fileCfgEncrypt.hostName;
if ( (flags & ChannelEntryFlag.PORT_FLAG) != 0 )
httpChannelConfig.serviceName = port;
else if ( fileCfgEncrypt != null )
httpChannelConfig.serviceName = fileCfgEncrypt.serviceName;
if (channelType == ConnectionTypes.ENCRYPTED)
{
if ( (flags & ChannelEntryFlag.ENABLE_SESSION_MGNT_FLAG) != 0 )
((EncryptedChannelConfig)httpChannelConfig).enableSessionMgnt = enableSessionMgnt == 0 ? false : true;
else if ( ( fileCfgEncrypt != null ) && (fileCfg.rsslConnectionType == ConnectionTypes.ENCRYPTED) )
{
((EncryptedChannelConfig)httpChannelConfig).enableSessionMgnt = ((EncryptedChannelConfig)fileCfgEncrypt).enableSessionMgnt;
}
if ( (flags & ChannelEntryFlag.LOCATION_FLAG) != 0 )
((EncryptedChannelConfig)httpChannelConfig).location = location;
else if ( ( fileCfgEncrypt != null ) && (fileCfg.rsslConnectionType == ConnectionTypes.ENCRYPTED) )
{
((EncryptedChannelConfig)httpChannelConfig).location = ((EncryptedChannelConfig)fileCfgEncrypt).location;
}
}
if ( (tunnelingFlags & TunnelingEntryFlag.OBJECTNAME_FLAG) != 0 && (setByFnCalled & ActiveConfig.TUNNELING_OBJNAME_CONFIG_BY_FUNCTION_CALL) == 0 )
httpChannelConfig.objectName = objectName;
else if ( fileCfgEncrypt != null )
httpChannelConfig.objectName = fileCfgEncrypt.objectName;
if ((tunnelingFlags & TunnelingEntryFlag.PROXYPORT_FLAG) != 0 && (setByFnCalled & ActiveConfig.TUNNELING_PROXY_PORT_CONFIG_BY_FUNCTION_CALL) == 0 )
httpChannelConfig.httpProxyPort = tunnelingProxyPort;
else if (fileCfgEncrypt != null)
httpChannelConfig.httpProxyPort = fileCfgEncrypt.httpProxyPort;
if ((tunnelingFlags & TunnelingEntryFlag.PROXYHOST_FLAG) != 0 && (setByFnCalled & ActiveConfig.TUNNELING_PROXY_HOST_CONFIG_BY_FUNCTION_CALL) == 0 )
httpChannelConfig.httpProxyHostName = tunnelingProxyHost;
else if (fileCfgEncrypt != null)
httpChannelConfig.httpProxyHostName = fileCfgEncrypt.httpProxyHostName;
if ( (httpChannelConfig.httpProxyPort != null && httpChannelConfig.httpProxyPort.length() > 0) ||
(httpChannelConfig.httpProxyHostName != null && httpChannelConfig.httpProxyHostName.length() > 0))
httpChannelConfig.httpProxy = true;
//need to copy other tunneling setting from function calls.
if (fileCfgEncrypt != null)
{
httpChannelConfig.httpProxyUserName = fileCfgEncrypt.httpProxyUserName;
httpChannelConfig.httpproxyPasswd = fileCfgEncrypt.httpproxyPasswd;
httpChannelConfig.httpProxyDomain = fileCfgEncrypt.httpProxyDomain;
httpChannelConfig.httpProxyLocalHostName = fileCfgEncrypt.httpProxyLocalHostName;
httpChannelConfig.httpProxyKRB5ConfigFile = fileCfgEncrypt.httpProxyKRB5ConfigFile;
if (channelType == ConnectionTypes.ENCRYPTED && fileCfgEncrypt.rsslConnectionType == ConnectionTypes.ENCRYPTED)
{
((EncryptedChannelConfig)httpChannelConfig).KeyStoreType = ((EncryptedChannelConfig)fileCfgEncrypt).KeyStoreType;
((EncryptedChannelConfig)httpChannelConfig).KeyStoreFile = ((EncryptedChannelConfig)fileCfgEncrypt).KeyStoreFile;
((EncryptedChannelConfig)httpChannelConfig).KeyStorePasswd = ((EncryptedChannelConfig)fileCfgEncrypt).KeyStorePasswd;
((EncryptedChannelConfig)httpChannelConfig).SecurityProvider = ((EncryptedChannelConfig)fileCfgEncrypt).SecurityProvider;
((EncryptedChannelConfig)httpChannelConfig).SecurityProtocol = ((EncryptedChannelConfig)fileCfgEncrypt).SecurityProtocol;
((EncryptedChannelConfig)httpChannelConfig).KeyManagerAlgorithm = ((EncryptedChannelConfig)fileCfgEncrypt).KeyManagerAlgorithm;
((EncryptedChannelConfig)httpChannelConfig).TrustManagerAlgorithm = ((EncryptedChannelConfig)fileCfgEncrypt).TrustManagerAlgorithm;
}
}
}
currentChannelConfig.name = channelName;
boolean useFileCfg = ( fileCfg != null && fileCfg.rsslConnectionType == currentChannelConfig.rsslConnectionType ) ? true : false;
if ( (flags & ChannelEntryFlag.INTERFACENAME_FLAG) != 0 )
currentChannelConfig.interfaceName = interfaceName;
else if ( useFileCfg )
currentChannelConfig.interfaceName = fileCfg.interfaceName;
if ( (flags & ChannelEntryFlag.COMPRESSION_TYPE_FLAG) != 0 )
currentChannelConfig.compressionType = compressionType;
else if ( useFileCfg )
currentChannelConfig.compressionType = fileCfg.compressionType;
if ( (flags & ChannelEntryFlag.COMPRESSION_THRESHOLD_FLAG) != 0 && compressionThreshold >= 0)
currentChannelConfig.compressionThreshold = convertToInt(compressionThreshold);
else if ( useFileCfg )
currentChannelConfig.compressionThreshold = fileCfg.compressionThreshold;
if ( (flags & ChannelEntryFlag.GUARANTEED_OUTPUTBUFFERS_FLAG) != 0 && guaranteedOutputBuffers >= 0)
currentChannelConfig.guaranteedOutputBuffers = convertToInt(guaranteedOutputBuffers);
else if ( useFileCfg )
currentChannelConfig.guaranteedOutputBuffers = fileCfg.guaranteedOutputBuffers;
if ( (flags & ChannelEntryFlag.NUM_INPUTBUFFERS_FLAG) != 0 && numInputBuffers >= 0)
currentChannelConfig.numInputBuffers = convertToInt(numInputBuffers);
else if ( useFileCfg )
currentChannelConfig.numInputBuffers = fileCfg.numInputBuffers;
if ( (flags & ChannelEntryFlag.SYS_RECV_BUFSIZE_FLAG) != 0 && sysRecvBufSize >= 0)
currentChannelConfig.sysRecvBufSize = convertToInt(sysRecvBufSize);
else if ( useFileCfg )
currentChannelConfig.sysRecvBufSize = fileCfg.sysRecvBufSize;
if ( (flags & ChannelEntryFlag.SYS_SEND_BUFSIZE_FLAG) != 0 && sysSendBufSize >= 0)
currentChannelConfig.sysSendBufSize = convertToInt(sysSendBufSize);
else if ( useFileCfg )
currentChannelConfig.sysSendBufSize = fileCfg.sysSendBufSize;
if ( (flags & ChannelEntryFlag.HIGH_WATERMARK_FLAG) != 0 && highWaterMark >= 0)
currentChannelConfig.highWaterMark = convertToInt(highWaterMark);
else if ( useFileCfg )
currentChannelConfig.highWaterMark = fileCfg.highWaterMark;
if ( (flags & ChannelEntryFlag.CONN_PING_TIMEOUT_FLAG) != 0 && connectionPingTimeout >= 0)
currentChannelConfig.connectionPingTimeout = convertToInt(connectionPingTimeout);
else if ( useFileCfg )
currentChannelConfig.connectionPingTimeout = fileCfg.connectionPingTimeout;
if ( (flags & ChannelEntryFlag.INIT_TIMEOUT_FLAG) != 0 && initializationTimeout >= 0)
currentChannelConfig.initializationTimeout = convertToInt(initializationTimeout);
else if ( useFileCfg )
currentChannelConfig.initializationTimeout = fileCfg.initializationTimeout;
}
}
void retrieveServerInfo(MapEntry mapEntry, String serverName,
ActiveServerConfig activeServerConfig, int setByFnCalled, ServerConfig fileCfg)
{
String interfaceName = null, port = null;
int flags = 0, serverType = 0, compressionType = 0;
long guaranteedOutputBuffers= 0;
long compressionThreshold= 0;
long connectionPingTimeout= 0;
long connectionMinPingTimeout= 0;
long numInputBuffers= 0;
long sysSendBufSize= 0;
long sysRecvBufSize= 0;
long highWaterMark= 0;
long tcpNodelay = 0;
long directWrite = 0;
long initializationTimeout = 0;
for (ElementEntry serverEntry : mapEntry.elementList())
{
switch (serverEntry.loadType())
{
case DataTypes.ASCII:
if (serverEntry.name().equals("Port"))
{
port = serverEntry.ascii().ascii();
flags |= ServerEntryFlag.PORT_FLAG;
}
else if (serverEntry.name().equals("InterfaceName"))
{
interfaceName = serverEntry.ascii().ascii();
flags |= ServerEntryFlag.INTERFACENAME_FLAG;
}
else if (serverEntry.name().equals("ServerType"))
{
serverType = convertToEnum(serverEntry.ascii().ascii());
switch (serverType)
{
case ConnectionTypes.SOCKET:
flags |= ServerEntryFlag.SERVERTYPE_FLAG;
break;
default:
_emaConfigErrList.append( "Unsupported ServerType [")
.append( serverEntry.ascii().ascii())
.append( "] in Programmatic Configuration. Use default ServerType [RSSL_SOCKET]").create(Severity.ERROR);
break;
}
}
else if (serverEntry.name().equals("CompressionType"))
{
compressionType = convertToEnum(serverEntry.ascii().ascii());
switch ( compressionType )
{
case CompressionTypes.NONE:
case CompressionTypes.ZLIB:
case CompressionTypes.LZ4:
flags |= ChannelEntryFlag.COMPRESSION_TYPE_FLAG;
break;
default:
_emaConfigErrList.append( "Invalid CompressionType [" )
.append( serverEntry.ascii().ascii() )
.append( "] in Programmatic Configuration. Use default CompressionType [CompressionType::None] " ).create(Severity.ERROR);
break;
}
}
break;
case DataTypes.INT:
if (serverEntry.name().equals("GuaranteedOutputBuffers"))
{
guaranteedOutputBuffers = serverEntry.intValue();
flags |= ServerEntryFlag.GUARANTEED_OUTPUTBUFFERS_FLAG;
}
if (serverEntry.name().equals("NumInputBuffers"))
{
numInputBuffers = serverEntry.intValue();
flags |= ServerEntryFlag.NUMINPUTBUF_FLAG;
}
if (serverEntry.name().equals("SysRecvBufSize"))
{
sysRecvBufSize = serverEntry.intValue();
flags |= ServerEntryFlag.SYS_RECV_BUFSIZE_FLAG;
}
if (serverEntry.name().equals("SysSendBufSize"))
{
sysSendBufSize = serverEntry.intValue();
flags |= ServerEntryFlag.SYS_SEND_BUFSIZE_FLAG;
}
if (serverEntry.name().equals("HighWaterMark"))
{
highWaterMark = serverEntry.intValue();
flags |= ServerEntryFlag.HIGH_WATERMARK_FLAG;
}
else if (serverEntry.name().equals("TcpNodelay"))
{
tcpNodelay = serverEntry.intValue();
flags |= ServerEntryFlag.TCP_NODELAY_FLAG;
}
if (serverEntry.name().equals("ConnectionMinPingTimeout"))
{
connectionMinPingTimeout = serverEntry.intValue();
flags |= ServerEntryFlag.CONN_MIN_PING_TIMEOUT_FLAG;
}
else if (serverEntry.name().equals("ConnectionPingTimeout"))
{
connectionPingTimeout = serverEntry.intValue();
flags |= ServerEntryFlag.CONN_PING_TIMEOUT_FLAG;
}
else if (serverEntry.name().equals("CompressionThreshold"))
{
compressionThreshold = serverEntry.intValue();
flags |= ServerEntryFlag.COMPRESSION_THRESHOLD_FLAG;
}
else if (serverEntry.name().equals("DirectWrite"))
{
directWrite = serverEntry.intValue();
flags |= ServerEntryFlag.DIRECTWRITE_FLAG;
}
else if (serverEntry.name().equals("InitializationTimeout"))
{
initializationTimeout = serverEntry.intValue();
flags |= ServerEntryFlag.INIT_TIMEOUT_FLAG;
}
break;
default:
break;
}
}
if ((flags & ServerEntryFlag.SERVERTYPE_FLAG) != 0)
{
activeServerConfig.serverConfig = new SocketServerConfig();
SocketServerConfig currentServerConfig = (SocketServerConfig)activeServerConfig.serverConfig;
currentServerConfig.serviceName = ActiveServerConfig.defaultServiceName;
SocketServerConfig fileCfgSocket = (SocketServerConfig)fileCfg;
if ((flags & ServerEntryFlag.TCP_NODELAY_FLAG) != 0)
currentServerConfig.tcpNodelay = (tcpNodelay == 0 ? false : ActiveConfig.DEFAULT_TCP_NODELAY);
else if ( fileCfgSocket != null )
currentServerConfig.tcpNodelay = fileCfgSocket.tcpNodelay;
if ((flags & ServerEntryFlag.PORT_FLAG) != 0 && setByFnCalled == 0)
currentServerConfig.serviceName = port;
else if ( fileCfgSocket != null )
currentServerConfig.serviceName = fileCfgSocket.serviceName;
currentServerConfig.name = serverName;
if ( (flags & ServerEntryFlag.DIRECTWRITE_FLAG) != 0 )
currentServerConfig.directWrite = (directWrite == 1 ? true : ActiveConfig.DEFAULT_DIRECT_SOCKET_WRITE);
else if ( fileCfgSocket != null )
currentServerConfig.directWrite = fileCfgSocket.directWrite;
if ((flags & ServerEntryFlag.INTERFACENAME_FLAG) != 0)
currentServerConfig.interfaceName = interfaceName;
else if ( fileCfg != null )
currentServerConfig.interfaceName = fileCfg.interfaceName;
if ((flags & ServerEntryFlag.CONN_MIN_PING_TIMEOUT_FLAG) != 0 && connectionMinPingTimeout >= 0)
currentServerConfig.connectionMinPingTimeout = convertToInt(connectionMinPingTimeout);
else if ( fileCfg != null )
currentServerConfig.connectionMinPingTimeout = fileCfg.connectionMinPingTimeout;
if ((flags & ServerEntryFlag.COMPRESSION_TYPE_FLAG) != 0)
currentServerConfig.compressionType = compressionType;
else if ( fileCfg != null )
currentServerConfig.compressionType = fileCfg.compressionType;
if ((flags & ServerEntryFlag.COMPRESSION_THRESHOLD_FLAG) != 0 && compressionThreshold >= 0)
currentServerConfig.compressionThreshold = convertToInt(compressionThreshold);
else if ( fileCfg != null )
currentServerConfig.compressionThreshold = fileCfg.compressionThreshold;
if ((flags & ServerEntryFlag.GUARANTEED_OUTPUTBUFFERS_FLAG) != 0 && guaranteedOutputBuffers >= 0)
currentServerConfig.guaranteedOutputBuffers = convertToInt(guaranteedOutputBuffers);
else if ( fileCfg != null )
currentServerConfig.guaranteedOutputBuffers = fileCfg.guaranteedOutputBuffers;
if ((flags & ServerEntryFlag.NUMINPUTBUF_FLAG) != 0 && numInputBuffers >= 0)
currentServerConfig.numInputBuffers = convertToInt(numInputBuffers);
else if ( fileCfg != null )
currentServerConfig.numInputBuffers = fileCfg.numInputBuffers;
if ((flags & ServerEntryFlag.SYS_RECV_BUFSIZE_FLAG) != 0 && sysRecvBufSize >= 0)
currentServerConfig.sysRecvBufSize = convertToInt(sysRecvBufSize);
else if ( fileCfg != null )
currentServerConfig.sysRecvBufSize = fileCfg.sysRecvBufSize;
if ((flags & ServerEntryFlag.SYS_SEND_BUFSIZE_FLAG) != 0 && sysSendBufSize >= 0)
currentServerConfig.sysSendBufSize = convertToInt(sysSendBufSize);
else if ( fileCfg != null )
currentServerConfig.sysSendBufSize = fileCfg.sysSendBufSize;
if ((flags & ServerEntryFlag.HIGH_WATERMARK_FLAG) != 0 && highWaterMark >= 0)
currentServerConfig.highWaterMark = convertToInt(highWaterMark);
else if ( fileCfg != null )
currentServerConfig.highWaterMark = fileCfg.highWaterMark;
if ((flags & ServerEntryFlag.CONN_PING_TIMEOUT_FLAG) != 0 && connectionPingTimeout >= 0)
currentServerConfig.connectionPingTimeout = convertToInt(connectionPingTimeout);
else if ( fileCfg != null )
currentServerConfig.connectionPingTimeout = fileCfg.connectionPingTimeout;
if ((flags & ServerEntryFlag.INIT_TIMEOUT_FLAG) != 0 && initializationTimeout >= 0)
currentServerConfig.initializationTimeout = convertToInt(initializationTimeout);
else if ( fileCfg != null )
currentServerConfig.initializationTimeout = fileCfg.initializationTimeout;
}
}
void retrieveDictionary( Map map, String dictionaryName, DictionaryConfig dictionaryConfig )
{
for (MapEntry mapEntry : map)
{
if ( mapEntry.key().dataType() == DataTypes.ASCII && mapEntry.key().ascii().ascii().equals("DictionaryGroup") )
{
if ( mapEntry.loadType() == DataTypes.ELEMENT_LIST )
{
for (ElementEntry elementEntry : mapEntry.elementList())
{
if ( elementEntry.loadType() == DataTypes.MAP )
{
if ( elementEntry.name().equals("DictionaryList"))
{
for (MapEntry mapListEntry : elementEntry.map())
{
if ( ( mapListEntry.key().dataType() == DataTypes.ASCII ) && ( mapListEntry.key().ascii().ascii().equals(dictionaryName) ) )
{
if ( mapListEntry.loadType() == DataTypes.ELEMENT_LIST )
{
for (ElementEntry dictEntry : mapListEntry.elementList())
{
switch ( dictEntry.loadType() )
{
case DataTypes.ASCII:
if ( dictEntry.name().equals("RdmFieldDictionaryFileName"))
{
dictionaryConfig.rdmfieldDictionaryFileName = dictEntry.ascii().ascii();
}
else if ( dictEntry.name().equals("EnumTypeDefFileName"))
{
dictionaryConfig.enumtypeDefFileName = dictEntry.ascii().ascii();
}
if (dictEntry.name().equals("RdmFieldDictionaryItemName"))
{
dictionaryConfig.rdmFieldDictionaryItemName = dictEntry.ascii().ascii();
}
else if (dictEntry.name().equals("EnumTypeDefItemName"))
{
dictionaryConfig.enumTypeDefItemName = dictEntry.ascii().ascii();
}
else if ( dictEntry.name().equals("DictionaryType"))
{
int dictionaryType = convertToEnum(dictEntry.ascii().ascii());
if ( dictionaryType < 0 )
{
_emaConfigErrList.append( "Invalid DictionaryType [" )
.append( dictEntry.ascii().ascii() )
.append( "] in Programmatic Configuration. Use default DictionaryType." ).create(Severity.ERROR);
}
else
{
if (dictionaryType > 0)
dictionaryConfig.isLocalDictionary = true;
else
dictionaryConfig.isLocalDictionary = false;
}
}
break;
default:
break;
}
}
}
}
}
}
}
}
}
}
}
}
void retrieveDirectory( Map map, String directoryName, DirectoryServiceStore dirServiceStore, DirectoryCache directoryCache, List serviceDictionaryConfigList)
{
for (MapEntry mapEntry : map)
{
if (mapEntry.key().dataType() == DataTypes.ASCII &&
mapEntry.key().ascii().ascii().equals("DirectoryGroup") &&
mapEntry.loadType() == DataTypes.ELEMENT_LIST)
{
for (ElementEntry elementEntry : mapEntry.elementList())
{
if (elementEntry.loadType() == DataTypes.MAP && elementEntry.name().equals("DirectoryList"))
{
for (MapEntry dirListMapEntry : elementEntry.map())
{
if (dirListMapEntry.key().dataType() == DataTypes.ASCII &&
dirListMapEntry.key().ascii().ascii().equals(directoryName) &&
dirListMapEntry.loadType() == DataTypes.MAP)
{
_serviceNameList.clear();
ServiceIdInteger origServiceIdInteger;
for (MapEntry eachServiceEntry : dirListMapEntry.map())
{
if (eachServiceEntry.key().dataType() == DataTypes.ASCII &&
eachServiceEntry.loadType() == DataTypes.ELEMENT_LIST)
{
_dictProvided.clear();
_dictUsed.clear();
String serviceName = eachServiceEntry.key().ascii().ascii();
origServiceIdInteger = dirServiceStore.serviceId(serviceName);
Service service = null;
if (origServiceIdInteger != null)
service = directoryCache.getService(origServiceIdInteger.value());
boolean addNewService = false;
if (service == null)
{
addNewService = true;
service = DirectoryMsgFactory.createService();
service.applyHasInfo();
service.info().serviceName().data(serviceName);
//allocate default value for qos first.
service.info().applyHasQos();
Qos qos = CodecFactory.createQos();
qos.rate(QosRates.TICK_BY_TICK);
qos.timeliness(QosTimeliness.REALTIME);
service.info().qosList().add(qos);
}
for (ElementEntry eachFilterEntry : eachServiceEntry.elementList())
{
if (eachFilterEntry.loadType() == DataTypes.ELEMENT_LIST &&
(eachFilterEntry.name().equals("InfoFilter") || eachFilterEntry.name().equals("StateFilter")))
{
if (!retrieveServiceInfo(service, eachFilterEntry.elementList(), directoryCache, serviceDictionaryConfigList))
{
service = null;
break;
}
}
}
if (service != null)
{
if (addNewService)
{
directoryCache.addService(service);
dirServiceStore.addToMap(service.serviceId(), service.info().serviceName().toString());
}
else if (origServiceIdInteger != null && origServiceIdInteger.value() != service.serviceId())
{
dirServiceStore.remove(origServiceIdInteger.value());
dirServiceStore.addToMap(service.serviceId(), service.info().serviceName().toString());
}
retrieveServerDictionaryConfig(service, serviceDictionaryConfigList);
_serviceNameList.add(service.info().serviceName().toString());
}
}
}
//remove old ones from config file which is not configured by programmatic
removeConfigFileService(dirServiceStore, directoryCache);
break;
}
}
}
}
}
}
}
boolean retrieveServiceInfo(Service service, ElementList serviceInfo,
DirectoryCache dirCache, List serviceDictionaryConfigList)
{
long intVal;
String stringVal = null;
int rate = 0, timeliness = 0, result = 0;
for (ElementEntry entry : serviceInfo)
{
switch (entry.loadType())
{
case DataTypes.ASCII:
stringVal = entry.ascii().ascii();
if (entry.name().equals("StreamState"))
{
service.applyHasState();
service.state().applyHasStatus();
service.state().status().streamState(StreamState.OPEN);
result = convertToEnum(stringVal);
if (result == INVALID_RETVAL)
{
_emaConfigErrList.append( "failed to convert a StreamState from the programmatically configured service [" )
.append( service.info().serviceName().toString() )
.append( "]. Will use default StreamState. Suspect value is" )
.append( stringVal )
.create(Severity.ERROR);
}
else
service.state().status().streamState(result);
}
else if (entry.name().equals("DataState"))
{
service.state().applyHasStatus();
service.state().status().dataState(OmmState.DataState.OK);
result = convertToEnum(stringVal);
if (result == INVALID_RETVAL)
{
_emaConfigErrList.append( "failed to convert a DataState from the programmatically configured service [" )
.append( service.info().serviceName().toString() )
.append( "]. Will use default DataState. Suspect value is" )
.append( stringVal )
.create(Severity.ERROR);
}
else
service.state().status().dataState(result);
}
else if (entry.name().equals("StatusCode"))
{
service.state().applyHasStatus();
service.state().status().code(OmmState.StatusCode.NONE);
result = convertToEnum(stringVal);
if (result == INVALID_RETVAL)
{
_emaConfigErrList.append( "failed to convert a StatusCode from the progprogrammaticallyonfigured service [" )
.append( service.info().serviceName().toString() )
.append( "]. Will use default StatusCode. Suspect value is" )
.append( stringVal )
.create(Severity.ERROR);
}
else
service.state().status().code(result);
}
else if (entry.name().equals("StatusText"))
{
if (!stringVal.isEmpty())
{
service.state().applyHasStatus();
service.state().status().text().data(stringVal);
}
else
service.state().status().text().clear();
}
else if (entry.name().equals("Vendor"))
{
service.info().applyHasVendor();
service.info().vendor().data(stringVal);
}
else if (entry.name().equals("ItemList"))
{
service.info().applyHasItemList();
service.info().itemList().data(stringVal);
}
else if (entry.name().equals("Timeliness"))
{
result = convertToEnum(stringVal);
if (result == INVALID_RETVAL)
{
_emaConfigErrList.append( "failed to convert a QoS Timeliness from the programmatically configured service [" )
.append( service.info().serviceName().toString() )
.append( "]. Will use default Timeliness. Suspect value is" )
.append( stringVal )
.create(Severity.ERROR);
}
else
{
timeliness = result;
service.info().applyHasQos();
addQos = true;
}
}
else if (entry.name().equals("Rate"))
{
result = convertToEnum(stringVal);
if (result == INVALID_RETVAL)
{
_emaConfigErrList.append( "failed to convert a QoS Rate from the programmatically configured service [" )
.append( service.info().serviceName().toString() )
.append( "]. Will use default Rate. Suspect value is" )
.append( stringVal )
.create(Severity.ERROR);
}
else
{
rate = result;
service.info().applyHasQos();
addQos = true;
}
}
break;
case DataTypes.INT:
if (entry.name().equals("ServiceState"))
{
service.applyHasState();
service.state().serviceState(entry.intValue() > 0 ? 1 : 0);
}
else if (entry.name().equals("AcceptingRequests"))
{
service.applyHasState();
service.state().applyHasAcceptingRequests();
service.state().acceptingRequests(entry.intValue() > 0 ? 1 : 0);
}
else if (entry.name().equals("ServiceId"))
{
service.applyHasInfo();
intVal = entry.intValue();
if (intVal > Integer.MAX_VALUE || intVal < 0)
{
_emaConfigErrList.append( "service [" )
.append( service.info().serviceName().toString() )
.append( "] from the programmatically configure specifies out of range ServiceId [" )
.append((int)intVal)
.append("]. Will drop this service.")
.create(Severity.ERROR);
return false;
}
Service existingService = dirCache.getService((int)intVal);
if (existingService != null && existingService != service)
{
_emaConfigErrList.append( "service [" )
.append( service.info().serviceName().toString() )
.append( "] from the programmatically configure specifies the same ServiceId [" )
.append((int)intVal)
.append("] as already specified by another service. Will drop this service.")
.create(Severity.ERROR);
return false;
}
service.serviceId((int)intVal);
}
else if (entry.name().equals("IsSource"))
{
intVal = entry.intValue();
service.info().applyHasIsSource();
service.info().isSource(intVal > 0 ? 1 : 0);
}
else if (entry.name().equals("SupportsQoSRange"))
{
intVal = entry.intValue();
service.info().applyHasSupportsQosRange();
service.info().supportsQosRange(intVal > 0 ? 1 : 0);
}
else if (entry.name().equals("SupportsOutOfBandSnapshots"))
{
intVal = entry.intValue();
service.info().applyHasSupportsOutOfBandSnapshots();
service.info().supportsOutOfBandSnapshots(intVal > 0 ? 1 : 0);
}
else if (entry.name().equals("AcceptingConsumerStatus"))
{
intVal = entry.intValue();
service.info().applyHasAcceptingConsumerStatus();
service.info().acceptingConsumerStatus(intVal > 0 ? 1 : 0);
}
else if (entry.name().equals("Timeliness"))
{
intVal = entry.intValue();
if (intVal >= 0)
{
if (intVal > Integer.MAX_VALUE)
{
_emaConfigErrList.append( "service [" )
.append( service.info().serviceName().toString() )
.append( "] from the programmatically configure specifies service QoS::Timeliness is greater than allowed maximum. Will use maximum Timeliness.")
.append(" Suspect value is ").append(timeliness)
.create(Severity.ERROR);
timeliness = Integer.MAX_VALUE;
}
else
timeliness = (int)intVal;
service.info().applyHasQos();
addQos = true;
}
}
else if (entry.name().equals("Rate"))
{
intVal = entry.intValue();
if (intVal >= 0)
{
if (intVal > Integer.MAX_VALUE)
{
_emaConfigErrList.append( "service [" )
.append( service.info().serviceName().toString() )
.append( "] from the programmatically configure specifies service QoS::Rate is greater than allowed maximum. Will use maximum Rate.")
.append(" Suspect value is ").append(rate)
.create(Severity.ERROR);
rate = Integer.MAX_VALUE;
}
else
rate = (int)intVal;
service.info().applyHasQos();
addQos = true;
}
}
break;
case DataTypes.ARRAY:
if (entry.name().equals("DictionariesProvided"))
{
service.info().dictionariesProvidedList().clear();
service.info().applyHasDictionariesProvided();
for (OmmArrayEntry dEntry : entry.array())
{
if (dEntry.loadType() == DataTypes.ASCII)
_dictProvided.add(dEntry.ascii().ascii());
}
}
else if (entry.name().equals("DictionariesUsed"))
{
service.info().dictionariesUsedList().clear();
service.info().applyHasDictionariesUsed();
for (OmmArrayEntry dEntry : entry.array())
{
if (dEntry.loadType() == DataTypes.ASCII)
_dictUsed.add(dEntry.ascii().ascii());
}
}
else if (entry.name().equals("Capabilities"))
{
service.info().capabilitiesList().clear();
for (OmmArrayEntry arrayEntry : entry.array())
{
if (arrayEntry.loadType() == DataTypes.ASCII)
{
Integer domainType = ConfigManager.convertDomainType(arrayEntry.ascii().ascii());
if (domainType == null || domainType.intValue() > MAX_UNSIGNED_INT16 || domainType.intValue() < 0)
{
_emaConfigErrList.append( "service [" )
.append( service.info().serviceName().toString() )
.append( "] from the programmatically configure specifies the service which contains out of range capability. Will drop this capability. Suspect value is = " )
.append(arrayEntry.ascii().ascii())
.create(Severity.ERROR);
continue;
}
else
{
if (!service.info().capabilitiesList().contains((Object)domainType))
service.info().capabilitiesList().add((long)domainType.intValue());
}
}
else if (arrayEntry.loadType() == DataTypes.INT)
{
long domainType = arrayEntry.intValue();
if (domainType > MAX_UNSIGNED_INT16 || domainType < 0)
{
_emaConfigErrList.append( "service [" )
.append( service.info().serviceName().toString() )
.append( "] from the programmatically configure specifies the service which contains out of range capability. Will drop this capability. Suspect value is = " )
.append((int)domainType)
.create(Severity.ERROR);
continue;
}
else
{
if (!service.info().capabilitiesList().contains(domainType))
service.info().capabilitiesList().add(domainType);
}
}
}
if (service.info().capabilitiesList().isEmpty())
{
_emaConfigErrList.append( "service [" )
.append( service.info().serviceName().toString() )
.append( "] from the programmatically configure specifies the service which contains no capabilities. Will drop this service." )
.create(Severity.ERROR);
return false;
}
if (!service.info().capabilitiesList().isEmpty())
Collections.sort(service.info().capabilitiesList());
}
break;
case DataTypes.ELEMENT_LIST:
if (entry.name().equals("Status"))
{
if (entry.loadType() == DataTypes.ELEMENT_LIST)
{
ElementList statusEntryInfo = entry.elementList();
retrieveServiceInfo(service, statusEntryInfo, dirCache, serviceDictionaryConfigList);
}
else
{
_emaConfigErrList.append( "service [" )
.append( service.info().serviceName().toString() )
.append( "] from the programmatically configure specifies the service status which contains invalid data type. Suspect value is = " )
.append(entry.loadType())
.create(Severity.ERROR);
}
}
break;
case DataTypes.SERIES:
if (entry.name().equals("QoS"))
{
service.info().qosList().clear();
for (SeriesEntry qosEntry : entry.series())
{
if (qosEntry.loadType() == DataTypes.ELEMENT_LIST)
{
retrieveServiceInfo(service, qosEntry.elementList(), dirCache, serviceDictionaryConfigList);
}
}
}
break;
default:
break;
};
}
if (service.info().checkHasQos() && addQos)
{
Qos rsslQos = CodecFactory.createQos();
Utilities.toRsslQos(rate, timeliness, rsslQos);
service.info().qosList().add(rsslQos);
addQos = false;
}
return true;
}
void retrieveGroupAndListName( Map map )
{
if ( _setGroup )
return;
for (MapEntry mapEntry : map)
{
if ( mapEntry.key().dataType() == DataTypes.ASCII )
if ( mapEntry.key().ascii().ascii().equals("ConsumerGroup") )
{
_group = "ConsumerGroup";
_list = "ConsumerList";
_setGroup = true;
break;
}
else if ( mapEntry.key().ascii().ascii().equals("NiProviderGroup") )
{
_group = "NiProviderGroup";
_list = "NiProviderList";
_setGroup = true;
break;
}
else if (mapEntry.key().ascii().ascii().equals("IProviderGroup") )
{
_group = "IProviderGroup";
_list = "IProviderList";
_setGroup = true;
break;
}
}
}
int convertToInt(long value)
{
return (int)(value > Integer.MAX_VALUE ? Integer.MAX_VALUE : value);
}
private int convertToEnum(String value)
{
int colonPosition = value.indexOf("::");
if (colonPosition == -1)
{
_emaConfigErrList.append( "invalid Enum value format [" )
.append( value )
.append( "]; expected typename::value (e.g., OperationModel::ApiDispatch)" )
.create(Severity.ERROR);
return INVALID_RETVAL;
}
String enumType = value.substring(0, colonPosition);
String enumValue = value.substring(colonPosition + 2, value.length());
if ( enumType.equals("DictionaryType"))
{
int localDictonary = 0;
if(enumValue.equals("FileDictionary"))
localDictonary = 1;
else if(enumValue.equals("ChannelDictionary"))
localDictonary = 0;
else
{
_emaConfigErrList.append( "no conversion in convertToEnum for enumType [" )
.append( enumValue )
.append( "]")
.create(Severity.ERROR);
}
return localDictonary;
}
else if ( enumType.equals("ChannelType" ) )
{
int channelType = INVALID_RETVAL;
if(enumValue.equals("RSSL_SOCKET"))
channelType = ConnectionTypes.SOCKET;
else if(enumValue.equals("RSSL_HTTP"))
channelType = ConnectionTypes.HTTP;
else if(enumValue.equals("RSSL_ENCRYPTED"))
channelType = ConnectionTypes.ENCRYPTED;
else if(enumValue.equals("RSSL_RELIABLE_MCAST"))
channelType = ConnectionTypes.RELIABLE_MCAST;
else
{
_emaConfigErrList.append( "no conversion in convertToEnum for enumType [" )
.append( enumValue )
.append( "]")
.create(Severity.ERROR);
}
return channelType;
}
else if ( enumType.equals("ServerType" ) )
{
int serverType = INVALID_RETVAL;
if(enumValue.equals("RSSL_SOCKET"))
serverType = ConnectionTypes.SOCKET;
else
{
_emaConfigErrList.append( "no conversion in convertToEnum for enumType [" )
.append( enumValue )
.append( "]")
.create(Severity.ERROR);
}
return serverType;
}
else if (enumType.equals("CompressionType") )
{
int compressionType = INVALID_RETVAL;
if(enumValue.equals("None"))
compressionType = CompressionTypes.NONE;
else if(enumValue.equals("ZLib"))
compressionType = CompressionTypes.ZLIB;
else if(enumValue.equals("LZ4"))
compressionType = CompressionTypes.LZ4;
else
{
_emaConfigErrList.append( "no conversion in convertToEnum for enumType [" )
.append( enumValue )
.append( "]")
.create(Severity.ERROR);
}
return compressionType;
}
else if (enumType.equals("StreamState") )
{
int streamState = INVALID_RETVAL;
if(enumValue.equals("Open"))
streamState = OmmState.StreamState.OPEN;
else if(enumValue.equals("NonStreaming"))
streamState = OmmState.StreamState.NON_STREAMING;
else if(enumValue.equals("ClosedRecover") || enumValue.equals("CloseRecover"))
streamState = OmmState.StreamState.CLOSED_RECOVER;
else if(enumValue.equals("Closed") || enumValue.equals("Close"))
streamState = OmmState.StreamState.CLOSED;
else if(enumValue.equals("ClosedRedirected") || enumValue.equals("CloseRedirected"))
streamState = OmmState.StreamState.CLOSED_REDIRECTED;
else
{
_emaConfigErrList.append( "no conversion in convertToEnum for enumType [" )
.append( enumValue )
.append( "]")
.create(Severity.ERROR);
}
return streamState;
}
else if (enumType.equals("DataState") )
{
int dataState = INVALID_RETVAL;
if(enumValue.equals("NoChange"))
dataState = OmmState.DataState.NO_CHANGE;
else if(enumValue.equals("Ok"))
dataState = OmmState.DataState.OK;
else if(enumValue.equals("Suspect"))
dataState = OmmState.DataState.SUSPECT;
else
{
_emaConfigErrList.append( "no conversion in convertToEnum for enumType [" )
.append( enumValue )
.append( "]")
.create(Severity.ERROR);
}
return dataState;
}
else if (enumType.equals("StatusCode") )
{
int statusCode = INVALID_RETVAL;
if(enumValue.equals("None"))
statusCode = OmmState.StatusCode.NONE;
else if(enumValue.equals("NotFound"))
statusCode = OmmState.StatusCode.NOT_FOUND;
else if(enumValue.equals("Timeout"))
statusCode = OmmState.StatusCode.TIMEOUT;
else if(enumValue.equals("NotAuthorized"))
statusCode = OmmState.StatusCode.NOT_AUTHORIZED;
else if(enumValue.equals("InvalidArgument"))
statusCode = OmmState.StatusCode.INVALID_ARGUMENT;
else if(enumValue.equals("UsageError"))
statusCode = OmmState.StatusCode.USAGE_ERROR;
else if(enumValue.equals("Preempted"))
statusCode = OmmState.StatusCode.PREEMPTED;
else if(enumValue.equals("JustInTimeConflationStarted"))
statusCode = OmmState.StatusCode.JUST_IN_TIME_CONFLATION_STARTED;
else if(enumValue.equals("TickByTickResumed"))
statusCode = OmmState.StatusCode.TICK_BY_TICK_RESUMED;
else if(enumValue.equals("FailoverStarted"))
statusCode = OmmState.StatusCode.FAILOVER_STARTED;
else if(enumValue.equals("FailoverCompleted"))
statusCode = OmmState.StatusCode.FAILOVER_COMPLETED;
else if(enumValue.equals("GapDetected"))
statusCode = OmmState.StatusCode.GAP_DETECTED;
else if(enumValue.equals("NoResources"))
statusCode = OmmState.StatusCode.NO_RESOURCES;
else if(enumValue.equals("TooManyItems"))
statusCode = OmmState.StatusCode.TOO_MANY_ITEMS;
else if(enumValue.equals("AlreadyOpen"))
statusCode = OmmState.StatusCode.ALREADY_OPEN;
else if(enumValue.equals("SourceUnknown"))
statusCode = OmmState.StatusCode.SOURCE_UNKNOWN;
else if(enumValue.equals("NotOpen"))
statusCode = OmmState.StatusCode.NOT_OPEN;
else if(enumValue.equals("NonUpdatingItem"))
statusCode = OmmState.StatusCode.NON_UPDATING_ITEM;
else if(enumValue.equals("UnsupportedViewType"))
statusCode = OmmState.StatusCode.UNSUPPORTED_VIEW_TYPE;
else if(enumValue.equals("InvalidView"))
statusCode = OmmState.StatusCode.INVALID_VIEW;
else if(enumValue.equals("FullViewProvided"))
statusCode = OmmState.StatusCode.FULL_VIEW_PROVIDED;
else if(enumValue.equals("UnableToRequestAsBatch"))
statusCode = OmmState.StatusCode.UNABLE_TO_REQUEST_AS_BATCH;
else if(enumValue.equals("NoBatchViewSupportInReq"))
statusCode = OmmState.StatusCode.NO_BATCH_VIEW_SUPPORT_IN_REQ;
else if(enumValue.equals("ExceededMaxMountsPerUser"))
statusCode = OmmState.StatusCode.EXCEEDED_MAX_MOUNTS_PER_USER;
else if(enumValue.equals("Error"))
statusCode = OmmState.StatusCode.ERROR;
else if(enumValue.equals("DacsDown"))
statusCode = OmmState.StatusCode.DACS_DOWN;
else if(enumValue.equals("UserUnknownToPermSys"))
statusCode = OmmState.StatusCode.USER_UNKNOWN_TO_PERM_SYS;
else if(enumValue.equals("DacsMaxLoginsReached"))
statusCode = OmmState.StatusCode.DACS_MAX_LOGINS_REACHED;
else if(enumValue.equals("DacsUserAccessToAppDenied"))
statusCode = OmmState.StatusCode.DACS_USER_ACCESS_TO_APP_DENIED;
else if(enumValue.equals("GapFill"))
statusCode = OmmState.StatusCode.GAP_FILL;
else if(enumValue.equals("AppAuthorizationFailed"))
statusCode = OmmState.StatusCode.APP_AUTHORIZATION_FAILED;
else
{
_emaConfigErrList.append( "no conversion in convertToEnum for enumType [" )
.append( enumValue )
.append( "]")
.create(Severity.ERROR);
}
return statusCode;
}
else if ( enumType.equals("Timeliness") )
{
int timeliness = INVALID_RETVAL;
if(enumValue.equals("RealTime"))
timeliness = OmmQos.Timeliness.REALTIME;
else if(enumValue.equals("InexactDelayed"))
timeliness = OmmQos.Timeliness.INEXACT_DELAYED;
else
{
try
{
return (int)Long.parseLong(enumValue);
}
catch(NumberFormatException excp)
{
_emaConfigErrList.append( "no conversion in convertToEnum for enumType [" )
.append( enumValue )
.append( "]")
.create(Severity.ERROR);
}
}
return timeliness;
}
else if ( enumType.equals("Rate") )
{
int rate = INVALID_RETVAL;
if(enumValue.equals("TickByTick"))
rate = OmmQos.Rate.TICK_BY_TICK;
else if(enumValue.equals("JustInTimeConflated"))
rate = OmmQos.Rate.JUST_IN_TIME_CONFLATED;
else
{
try
{
return (int)Long.parseLong(enumValue);
}
catch(NumberFormatException excp)
{
_emaConfigErrList.append( "no conversion in convertToEnum for enumType [" )
.append( enumValue )
.append( "]")
.create(Severity.ERROR);
}
}
return rate;
}
else
{
_emaConfigErrList.append( "no conversion in convertToEnum for enumType [" )
.append( enumValue )
.append( "]")
.create(Severity.ERROR);
return INVALID_RETVAL;
}
}
ServiceDictionaryConfig findServiceDictConfig(List serviceDictionaryConfigList, int serviceId)
{
if (serviceDictionaryConfigList != null)
{
for (ServiceDictionaryConfig serviceDictionaryConfig : serviceDictionaryConfigList)
{
if (serviceDictionaryConfig.serviceId == serviceId)
return serviceDictionaryConfig;
}
}
return null;
}
void removeConfigFileService(DirectoryServiceStore dirServiceStore, DirectoryCache directoryCache)
{
if (_serviceNameList.size() == 0)
return;
for (int i = 0; i < directoryCache.serviceList().size(); )
{
Service service = directoryCache.serviceList().get(i);
boolean found = false;
for (String serviceName : _serviceNameList)
{
if (serviceName.equals(service.info().serviceName().toString()))
{
found = true;
break;
}
}
if (!found)
{
int serviceId = service.serviceId();
directoryCache.removeService(serviceId);
dirServiceStore.remove(serviceId);
}
else
i++;
}
}
}
