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#include <RPCEMapSourceHandler.h>
Classes | |
| struct | FEBStruct |
Public Member Functions | |
| int | Compare2EMaps (Ref map1, RPCEMap *map2) |
| void | ConnectOnlineDB (std::string connect, std::string authPath) |
| void | DisconnectOnlineDB () |
| void | getNewObjects () |
| std::string | id () const |
| void | readEMap1 () |
| RPCEMapSourceHandler (const edm::ParameterSet &ps) | |
| ~RPCEMapSourceHandler () | |
Private Member Functions | |
| std::string | IntToString (int num) |
Private Attributes | |
| cond::DbConnection * | connection |
| RPCEMap * | eMap |
| std::string | m_authpath |
| std::string | m_connect |
| int | m_dummy |
| std::string | m_name |
| int | m_validate |
| cond::DbSession * | session |
Definition at line 46 of file RPCEMapSourceHandler.h.
| popcon::RPCEMapSourceHandler::RPCEMapSourceHandler | ( | const edm::ParameterSet & | ps | ) |
Definition at line 6 of file RPCEMapSourceHandler.cc.
: m_name(ps.getUntrackedParameter<std::string>("name","RPCEMapSourceHandler")), m_dummy(ps.getUntrackedParameter<int>("WriteDummy",0)), m_validate(ps.getUntrackedParameter<int>("Validate",0)), m_connect(ps.getUntrackedParameter<std::string>("OnlineConn","")), m_authpath(ps.getUntrackedParameter<std::string>("OnlineAuthPath",".")) { }
| popcon::RPCEMapSourceHandler::~RPCEMapSourceHandler | ( | ) |
Definition at line 15 of file RPCEMapSourceHandler.cc.
{
}
| int popcon::RPCEMapSourceHandler::Compare2EMaps | ( | Ref | map1, |
| RPCEMap * | map2 | ||
| ) |
Definition at line 381 of file RPCEMapSourceHandler.cc.
References RPCEMap::convert(), RPCReadOutMapping::dccList(), and RPCReadOutMapping::dccNumberRange().
{
RPCReadOutMapping* oldmap1 = map1->convert();
RPCReadOutMapping* oldmap2 = map2->convert();
std::vector<const DccSpec *> dccs1 = oldmap1->dccList();
std::vector<const DccSpec *> dccs2 = oldmap2->dccList();
if(dccs1.size()!=dccs2.size()) {
return 1;
}
std::pair<int,int> dccRange1 = oldmap1->dccNumberRange();
std::pair<int,int> dccRange2 = oldmap2->dccNumberRange();
if(dccRange1.first!=dccRange2.first) {
return 1;
}
if(dccRange1.second!=dccRange2.second) {
return 1;
}
typedef std::vector<const DccSpec *>::const_iterator IDCC;
IDCC idcc2 = dccs2.begin();
for (IDCC idcc1 = dccs1.begin(); idcc1 != dccs1.end(); idcc1++) {
int dccNo = (**idcc1).id();
std::string dccContents = (**idcc1).print(4);
if ((**idcc2).id()!=dccNo) {
return 1;
}
if ((**idcc2).print(4)!=dccContents) {
return 1;
}
idcc2++;
}
return 0;
}
| void popcon::RPCEMapSourceHandler::ConnectOnlineDB | ( | std::string | connect, |
| std::string | authPath | ||
| ) |
Definition at line 65 of file RPCEMapSourceHandler.cc.
References gather_cfg::cout, and python::CommonUtils::session.
{
std::cout << "RPCEMapConfigSourceHandler: connecting to " << connect << "..." << std::flush;
connection = new cond::DbConnection() ;
// session->configuration().setAuthenticationMethod(cond::XML);
connection->configuration().setAuthenticationPath( authPath ) ;
connection->configure();
session = new cond::DbSession(connection->createSession());
session->open(connect,true) ;
std::cout << "Done." << std::endl;
}
| void popcon::RPCEMapSourceHandler::DisconnectOnlineDB | ( | ) |
Definition at line 77 of file RPCEMapSourceHandler.cc.
References python::CommonUtils::session.
{
connection->close() ;
delete connection ;
session->close();
delete session ;
}
| void popcon::RPCEMapSourceHandler::getNewObjects | ( | ) | [virtual] |
Implements popcon::PopConSourceHandler< RPCEMap >.
Definition at line 19 of file RPCEMapSourceHandler.cc.
References gather_cfg::cout, plotBeamSpotDB::ptm, findQualityFiles::size, and cond::rpcobgas::time.
{
// std::cout << "RPCEMapSourceHandler: RPCEMapSourceHandler::getNewObjects begins\n";
edm::Service<cond::service::PoolDBOutputService> mydbservice;
// first check what is already there in offline DB
Ref payload;
if(m_validate==1 && tagInfo().size>0) {
std::cout<<" Validation was requested, so will check present contents"<<std::endl;
std::cout<<"Name of tag : "<<tagInfo().name << ", tag size : " << tagInfo().size
<< ", last object valid since "
<< tagInfo().lastInterval.first << std::endl;
payload = lastPayload();
}
// now construct new cabling map from online DB
time_t rawtime;
time(&rawtime); //time since January 1, 1970
tm * ptm = gmtime(&rawtime);//GMT time
char buffer[20];
strftime(buffer,20,"%d/%m/%Y_%H:%M:%S",ptm);
std::string eMap_version=(std::string)buffer;
eMap = new RPCEMap(eMap_version);
if (m_dummy==0) {
ConnectOnlineDB(m_connect,m_authpath);
readEMap1();
DisconnectOnlineDB();
}
cond::Time_t snc=mydbservice->currentTime();
// look for recent changes
int difference=1;
if (m_validate==1) difference=Compare2EMaps(payload,eMap);
if (!difference) std::cout<<"No changes - will not write anything!!!"<<std::endl;
if (difference==1) {
std::cout<<"Will write new object to offline DB!!!"<<std::endl;
m_to_transfer.push_back(std::make_pair((RPCEMap*)eMap,snc));
}
// std::cout << "RPCEMapSourceHandler: RPCEMapSourceHandler::getNewObjects ends\n";
}
| std::string popcon::RPCEMapSourceHandler::id | ( | void | ) | const [inline, virtual] |
Implements popcon::PopConSourceHandler< RPCEMap >.
Definition at line 53 of file RPCEMapSourceHandler.h.
References m_name.
{return m_name;}
| std::string popcon::RPCEMapSourceHandler::IntToString | ( | int | num | ) | [inline, private] |
Definition at line 70 of file RPCEMapSourceHandler.h.
{
std::stringstream snum;
snum << num << std::flush;
return(snum.str());
}
| void popcon::RPCEMapSourceHandler::readEMap1 | ( | ) |
Definition at line 85 of file RPCEMapSourceHandler.cc.
References popcon::RPCEMapSourceHandler::FEBStruct::chamberId, popcon::RPCEMapSourceHandler::FEBStruct::cmsEtaPart, popcon::RPCEMapSourceHandler::FEBStruct::connectorId, gather_cfg::cout, popcon::RPCEMapSourceHandler::FEBStruct::febId, first, i, popcon::RPCEMapSourceHandler::FEBStruct::lbInputNum, popcon::RPCEMapSourceHandler::FEBStruct::localEtaPart, RPCEMap::lbItem::nFebs, RPCEMap::linkItem::nLBs, RPCEMap::tbItem::nLinks, RPCEMap::dccItem::nTBs, popcon::RPCEMapSourceHandler::FEBStruct::posInCmsEtaPart, popcon::RPCEMapSourceHandler::FEBStruct::posInLocalEtaPart, python::IdGenerator::schema, python::CommonUtils::session, cond::rpcobtemp::temp, RPCEMap::febItem::theAlgo, RPCEMap::febItem::theChamber, RPCEMap::lbItem::theCode, RPCEMap::dccItem::theId, RPCEMap::febItem::theLinkBoardInputNum, RPCEMap::lbItem::theLinkBoardNumInLink, RPCEMap::lbItem::theMaster, RPCEMap::tbItem::theNum, RPCEMap::febItem::thePartition, and RPCEMap::linkItem::theTriggerBoardInputNumber.
{
session->transaction().start( true );
coral::ISchema& schema = session->nominalSchema();
std::string condition="";
coral::AttributeList conditionData;
std::cout << std::endl <<"RPCEMapSourceHandler: start to build RPC e-Map..." << std::flush << std::endl << std::endl;
// Get FEDs
RPCEMap::dccItem thisDcc;
coral::IQuery* query1 = schema.newQuery();
query1->addToTableList( "DCCBOARD" );
query1->addToOutputList("DCCBOARD.DCCBOARDID","DCCBOARDID");
query1->addToOutputList("DCCBOARD.FEDNUMBER","FEDNUMBER");
query1->addToOrderList("FEDNUMBER");
condition = "DCCBOARD.DCCBOARDID>0";
query1->setCondition( condition, conditionData );
// std::cout<<"Getting DCCBOARD...";
coral::ICursor& cursor1 = query1->execute();
std::cout<<"OK"<<std::endl;
std::pair<int,int> tmp_tbl;
std::vector< std::pair<int,int> > theDAQ;
while ( cursor1.next() ) {
// cursor1.currentRow().toOutputStream( std::cout ) << std::endl;
const coral::AttributeList& row = cursor1.currentRow();
tmp_tbl.first=row["DCCBOARDID"].data<long long>();
tmp_tbl.second=row["FEDNUMBER"].data<long long>();
theDAQ.push_back(tmp_tbl);
}
delete query1;
for(unsigned int iFED=0;iFED<theDAQ.size();iFED++) {
thisDcc.theId=theDAQ[iFED].second;
std::vector<std::pair<int,int> > theTB;
// get TBs
RPCEMap::tbItem thisTB;
coral::IQuery* query2 = schema.newQuery();
query2->addToTableList( "TRIGGERBOARD" );
query2->addToOutputList("TRIGGERBOARD.TRIGGERBOARDID","TRIGGERBOARDID");
query2->addToOutputList("TRIGGERBOARD.DCCINPUTCHANNELNUM","DCCCHANNELNUM");
query2->addToOrderList("DCCCHANNELNUM");
condition = "TRIGGERBOARD.DCCBOARD_DCCBOARDID="+IntToString(theDAQ[iFED].first);
query2->setCondition( condition, conditionData );
coral::ICursor& cursor2 = query2->execute();
int ntbs=0;
while ( cursor2.next() ) {
ntbs++;
// cursor2.currentRow().toOutputStream( std::cout ) << std::endl;
const coral::AttributeList& row = cursor2.currentRow();
tmp_tbl.first=row["TRIGGERBOARDID"].data<long long>();
tmp_tbl.second=row["DCCCHANNELNUM"].data<long long>();
theTB.push_back(tmp_tbl);
}
delete query2;
for(unsigned int iTB=0;iTB<theTB.size();iTB++) {
thisTB.theNum=theTB[iTB].second;
std::vector<std::pair<int,int> > theLink;
// get links
RPCEMap::linkItem thisLink;
coral::IQuery* query3 = schema.newQuery();
query3->addToTableList("BOARDBOARDCONN");
query3->addToOutputList("BOARDBOARDCONN.BOARD_BOARDID","BOARDID");
query3->addToOutputList("BOARDBOARDCONN.COLLECTORBOARDINPUTNUM","TBINPUTNUM");
query3->addToOrderList("TBINPUTNUM");
condition = "BOARDBOARDCONN.BOARD_COLLECTORBOARDID="+IntToString(theTB[iTB].first);
query3->setCondition( condition, conditionData );
coral::ICursor& cursor3 = query3->execute();
int nlinks=0;
while (cursor3.next()) {
nlinks++;
const coral::AttributeList& row = cursor3.currentRow();
tmp_tbl.first=row["BOARDID"].data<long long>();
tmp_tbl.second=row["TBINPUTNUM"].data<long long>();
theLink.push_back(tmp_tbl);
}
delete query3;
for(unsigned int iLink=0;iLink<theLink.size();iLink++) {
int boardId=theLink[iLink].first;
thisLink.theTriggerBoardInputNumber=theLink[iLink].second;
std::vector<std::pair<int,std::string> > theLB;
std::pair<int,std::string> tmpLB;
// Get master LBs first...
RPCEMap::lbItem thisLB;
coral::IQuery* query4 = schema.newQuery();
query4->addToTableList("BOARD");
query4->addToOutputList("BOARD.NAME","NAME");
condition = "BOARD.BOARDID="+IntToString(theLink[iLink].first);
query4->setCondition( condition, conditionData );
coral::ICursor& cursor4 = query4->execute();
int nlbs=0;
while (cursor4.next()) {
nlbs++;
const coral::AttributeList& row = cursor4.currentRow();
tmpLB.first=theLink[iLink].first;
tmpLB.second=row["NAME"].data<std::string>();
theLB.push_back(tmpLB);
}
delete query4;
// then slaves
coral::IQuery* query5 = schema.newQuery();
query5->addToTableList("LINKBOARD");
query5->addToTableList("BOARD");
query5->addToOutputList("LINKBOARD.LINKBOARDID","LINKBOARDID");
query5->addToOutputList("BOARD.NAME","NAME");
query5->addToOrderList("LINKBOARDID");
condition = "LINKBOARD.MASTERID="+IntToString(theLink[iLink].first)+" AND BOARD.BOARDID=LINKBOARD.LINKBOARDID AND LINKBOARD.MASTERID<>LINKBOARD.LINKBOARDID";
query5->setCondition( condition, conditionData );
coral::ICursor& cursor5 = query5->execute();
while (cursor5.next()) {
nlbs++;
const coral::AttributeList& row = cursor5.currentRow();
tmpLB.first=row["LINKBOARDID"].data<long long>();
tmpLB.second=row["NAME"].data<std::string>();
theLB.push_back(tmpLB);
}
delete query5;
for(unsigned int iLB=0; iLB<theLB.size(); iLB++) {
thisLB.theMaster = (theLB[iLB].first==boardId);
// extract all relevant information from BOARD.NAME
std::string theName = theLB[iLB].second;
int slength = theName.length();
thisLB.theLinkBoardNumInLink=atoi((theName.substr(slength-1,1)).c_str());
int wheel=atoi((theName.substr(6,1)).c_str());
std::string char1=(theName.substr(4,1)).c_str();
std::string char2=(theName.substr(slength-7,1)).c_str();
int num3=atoi((theName.substr(slength-6,1)).c_str());
std::string char4=(theName.substr(slength-5,1)).c_str();
bool itsS1to9=(theName.substr(slength-11,1)=="S");
int n1=10;
int n2=1;
int n3=0;
if (!itsS1to9) {
n1=11;
n2=2;
}
int sector=atoi((theName.substr(slength-n1,n2)).c_str());
std::string char1Val[2]={"B","E"}; // 1,2
std::string char2Val[3]={"N","M","P"}; // 0,1,2
std::string char4Val[9]={"0","1","2","3","A","B","C","D","E"}; // 0,...,8
for (int i=0; i<2; i++) if (char1==char1Val[i]) n1=i+1;
for (int i=0; i<3; i++) if (char2==char2Val[i]) n2=i;
for (int i=0; i<9; i++) if (char4==char4Val[i]) n3=i;
thisLB.theCode=n3+num3*10+n2*100+n1*1000+wheel*10000+sector*100000;
FEBStruct tmpFEB;
std::vector<FEBStruct> theFEB;
// get FEBs
RPCEMap::febItem thisFeb;
coral::IQuery* query6 = schema.newQuery();
query6->addToTableList("FEBLOCATION");
query6->addToTableList("FEBCONNECTOR");
query6->addToOutputList("FEBLOCATION.FEBLOCATIONID","FEBLOCATIONID");
query6->addToOutputList("FEBLOCATION.CL_CHAMBERLOCATIONID","CHAMBERLOCATIONID");
query6->addToOutputList("FEBCONNECTOR.FEBCONNECTORID","FEBCONNECTORID");
query6->addToOutputList("FEBLOCATION.FEBLOCALETAPARTITION","LOCALETAPART");
query6->addToOutputList("FEBLOCATION.POSINLOCALETAPARTITION","POSINLOCALETAPART");
query6->addToOutputList("FEBLOCATION.FEBCMSETAPARTITION","CMSETAPART");
query6->addToOutputList("FEBLOCATION.POSINCMSETAPARTITION","POSINCMSETAPART");
query6->addToOutputList("FEBCONNECTOR.LINKBOARDINPUTNUM","LINKBOARDINPUTNUM");
query6->addToOrderList("FEBLOCATIONID");
query6->addToOrderList("FEBCONNECTORID");
condition = "FEBLOCATION.LB_LINKBOARDID="+IntToString(theLB[iLB].first)+" AND FEBLOCATION.FEBLOCATIONID=FEBCONNECTOR.FL_FEBLOCATIONID";
query6->setCondition( condition, conditionData );
coral::ICursor& cursor6 = query6->execute();
int nfebs=0;
while (cursor6.next()) {
nfebs++;
const coral::AttributeList& row = cursor6.currentRow();
tmpFEB.febId=row["FEBLOCATIONID"].data<long long>();
tmpFEB.chamberId=row["CHAMBERLOCATIONID"].data<long long>();
tmpFEB.connectorId=row["FEBCONNECTORID"].data<long long>();
tmpFEB.localEtaPart=row["LOCALETAPART"].data<std::string>();
tmpFEB.posInLocalEtaPart=row["POSINLOCALETAPART"].data<short>();
tmpFEB.cmsEtaPart=row["CMSETAPART"].data<std::string>();
tmpFEB.posInCmsEtaPart=row["POSINCMSETAPART"].data<short>();
tmpFEB.lbInputNum=row["LINKBOARDINPUTNUM"].data<short>();
theFEB.push_back(tmpFEB);
}
delete query6;
for(unsigned int iFEB=0; iFEB<theFEB.size(); iFEB++) {
std::string temp=theFEB[iFEB].localEtaPart;
std::string localEtaVal[6]={"Forward","Central","Backward","A","B","C"};
char localEtaPartition=0;
for (int i=0; i<6; i++) if (temp==localEtaVal[i]) localEtaPartition=i+1;
char positionInLocalEtaPartition=theFEB[iFEB].posInLocalEtaPart;
temp=theFEB[iFEB].cmsEtaPart;
std::string cmsEtaVal[6]={"1","2","3","A","B","C"};
char cmsEtaPartition=0;
for (int i=0; i<6; i++) if (temp==cmsEtaVal[i]) cmsEtaPartition=i+1;
char positionInCmsEtaPartition=theFEB[iFEB].posInCmsEtaPart;
thisFeb.thePartition=positionInLocalEtaPartition+10*localEtaPartition+100*positionInCmsEtaPartition+1000*cmsEtaPartition;
thisFeb.theLinkBoardInputNum=theFEB[iFEB].lbInputNum;
// Get chamber
coral::IQuery* query7 = schema.newQuery();
query7->addToTableList("CHAMBERLOCATION");
query7->addToOutputList("CHAMBERLOCATION.DISKORWHEEL","DISKORWHEEL");
query7->addToOutputList("CHAMBERLOCATION.LAYER","LAYER");
query7->addToOutputList("CHAMBERLOCATION.SECTOR","SECTOR");
query7->addToOutputList("CHAMBERLOCATION.SUBSECTOR","SUBSECTOR");
query7->addToOutputList("CHAMBERLOCATION.CHAMBERLOCATIONNAME","NAME");
query7->addToOutputList("CHAMBERLOCATION.FEBZORNT","FEBZORNT");
query7->addToOutputList("CHAMBERLOCATION.FEBRADORNT","FEBRADORNT");
query7->addToOutputList("CHAMBERLOCATION.BARRELORENDCAP","BARRELORENDCAP");
condition = "CHAMBERLOCATION.CHAMBERLOCATIONID="+IntToString(theFEB[iFEB].chamberId);
query7->setCondition( condition, conditionData );
coral::ICursor& cursor7 = query7->execute();
while (cursor7.next()) {
const coral::AttributeList& row = cursor7.currentRow();
char diskOrWheel=row["DISKORWHEEL"].data<short>()+3;
char layer=row["LAYER"].data<short>();
int sector=row["SECTOR"].data<short>();
temp=row["SUBSECTOR"].data<std::string>();
// TEMPORARY TO CORRECT A LITTLE BUG IN OMDS
// std::string chname=row["NAME"].data<std::string>();
// if (layer==6 && (sector==9 || sector==11)) {
// if (temp=="+") {
// temp="";
// std::cout<<"Changed subsector + to null for "<<chname<<std::endl;
// }
// }
std::string subsVal[5]={"--","-","","+","++"};
char subsector=0;
for (int i=0; i<5; i++) if (temp==subsVal[i]) subsector=i;
temp=row["FEBZORNT"].data<std::string>();
char febZOrnt=0;
if (temp=="+z") febZOrnt=1;
temp=row["FEBRADORNT"].data<std::string>();
char febZRadOrnt=0;
std::string febZRVal[3]={"","IN","OUT"};
for (int i=0; i<3; i++) if (temp==febZRVal[i]) febZRadOrnt=i;
temp=row["BARRELORENDCAP"].data<std::string>();
char barrelOrEndcap=0;
if (temp=="Barrel") barrelOrEndcap=1;
thisFeb.theChamber=sector+100*subsector+1000*febZRadOrnt+5000*febZOrnt+10000*diskOrWheel+100000*layer+1000000*barrelOrEndcap;
}
delete query7;
// Get Strips
coral::IQuery* query8 = schema.newQuery();
query8->addToTableList("CHAMBERSTRIP");
query8->addToOutputList("CHAMBERSTRIP.CABLECHANNELNUM","CABLECHANNELNUM");
query8->addToOutputList("CHAMBERSTRIP.CHAMBERSTRIPNUMBER","CHAMBERSTRIPNUM");
// query8->addToOutputList("CHAMBERSTRIP.CMSSTRIPNUMBER","CMSSTRIPNUM");
query8->addToOrderList("CABLECHANNELNUM");
condition = "CHAMBERSTRIP.FC_FEBCONNECTORID="+IntToString(theFEB[iFEB].connectorId);
query8->setCondition( condition, conditionData );
coral::ICursor& cursor8 = query8->execute();
// NEW: do not store all the strip information as goes, only the minimum data needed to
// reproduce it later on
int nstrips=0;
int firstChamberStrip=0;
int firstPin=0;
int lastChamberStrip=0;
int lastPin=0;
while (cursor8.next()) {
const coral::AttributeList& row = cursor8.currentRow();
lastChamberStrip=row["CHAMBERSTRIPNUM"].data<int>();
lastPin=row["CABLECHANNELNUM"].data<short>();
if (nstrips==0) {
firstChamberStrip=lastChamberStrip;
firstPin=lastPin;
}
nstrips++;
}
delete query8;
int algo = -1;
if (firstPin == 1 && lastPin == nstrips)
{ algo = 1; }
else if (firstPin == 2 && lastPin == nstrips+1)
{ algo = 2; }
else if (firstPin == 3 && lastPin == nstrips+2)
{ algo = 3; }
else if (firstPin == 2 && lastPin == nstrips+2)
{ algo = 0;}
else
{ std::cout<<" Unknown algo : "<<firstPin<<" "<<lastPin<<std::endl; }
if ((lastPin-firstPin)*(lastChamberStrip-firstChamberStrip) < 0) algo=algo+4;
thisFeb.theAlgo=algo+100*firstChamberStrip+10000*nstrips;
eMap->theFebs.push_back(thisFeb);
}
thisLB.nFebs=nfebs;
eMap->theLBs.push_back(thisLB);
}
thisLink.nLBs=nlbs;
eMap->theLinks.push_back(thisLink);
}
thisTB.nLinks=nlinks;
eMap->theTBs.push_back(thisTB);
}
thisDcc.nTBs=ntbs;
std::cout<<"DCC added"<<std::endl;
eMap->theDccs.push_back(thisDcc);
}
std::cout << std::endl <<"Building RPC e-Map done!" << std::flush << std::endl << std::endl;
}
Definition at line 62 of file RPCEMapSourceHandler.h.
RPCEMap* popcon::RPCEMapSourceHandler::eMap [private] |
Definition at line 60 of file RPCEMapSourceHandler.h.
std::string popcon::RPCEMapSourceHandler::m_authpath [private] |
Definition at line 67 of file RPCEMapSourceHandler.h.
std::string popcon::RPCEMapSourceHandler::m_connect [private] |
Definition at line 66 of file RPCEMapSourceHandler.h.
int popcon::RPCEMapSourceHandler::m_dummy [private] |
Definition at line 64 of file RPCEMapSourceHandler.h.
std::string popcon::RPCEMapSourceHandler::m_name [private] |
Definition at line 63 of file RPCEMapSourceHandler.h.
Referenced by id().
int popcon::RPCEMapSourceHandler::m_validate [private] |
Definition at line 65 of file RPCEMapSourceHandler.h.
Definition at line 61 of file RPCEMapSourceHandler.h.
1.7.3