TrackerRunCertification.C

CMSSW/DQM/TrackerCommon/bin/TrackerRunCertification.C

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1022 1023 1024 1025 1026 1027 1028 1029 1030 1031 1032 1033 1034 1035 1036 1037 1038 1039 1040 1041 1042 1043 1044 1045 1046 1047 1048 1049 1050 1051 1052 1053 1054 1055 1056 1057 1058 1059 1060 1061 1062 1063 1064 1065 1066 1067 1068 1069 1070 1071 1072 1073 1074 1075 1076 1077 1078 1079 1080 1081 1082 1083 1084 1085 1086 1087 1088 1089 1090 1091 1092 1093 1094 1095 1096 1097 1098 1099 1100 1101 1102 1103 1104 1105 1106 1107 1108 1109 1110 1111 1112 1113 1114 1115 1116 1117 1118 1119 1120 1121 1122 1123 1124 1125 1126 1127 1128 1129 1130 1131 1132 1133 1134 1135 1136 1137 1138 1139 1140 1141 1142 1143 1144 1145 1146 1147 1148 1149 1150 1151 1152 1153 1154 1155 1156 1157 1158 1159 1160 1161 1162 1163 1164 1165 1166 1167 1168 1169 1170 1171 1172 1173 1174 1175 1176 1177 1178 1179 1180 1181 1182 1183 1184 1185 1186 1187 1188 1189 1190 1191 1192 1193 1194 1195 1196 1197 1198 1199 1200 1201 1202 1203 1204 1205 1206 1207 1208 1209 1210 1211 1212 1213 1214 1215 1216 1217 1218 1219 1220 1221 1222 1223 1224 1225 1226 1227 1228 1229 1230 1231 1232 1233 1234 1235 1236 1237 1238 1239 1240 1241 1242 1243 1244 1245 1246 1247 1248 1249 1250 1251 1252 1253 1254 1255 1256 1257 1258 1259 1260 1261 1262 1263 1264 1265 1266 1267 1268 1269 1270 1271 1272 1273 1274 1275 1276 1277 1278 1279 1280 1281 1282 1283 1284 1285 1286 1287 1288 1289 1290 1291 1292 1293 1294 1295 1296 1297 1298 1299 1300 1301 1302 1303 1304 1305 1306 1307 1308 1309 1310 1311 1312 1313 1314 1315 1316 1317 1318 1319 1320 1321 1322 1323 1324 1325 1326	`// -- C++ --` `//` `// Package: DQM/TrackerCommon` `//` `//` `/*` `\brief Performs DQM offline data certification for SiStrip, Pixel and Tracking` `Purpose:` `The procedure of certifying data of a given run range is automated in order to speed up the procedure and to reduce the Tracker Offline Shift Leader's workload.` `Input:` `- RunRegistry` `- DQM output files available in AFS` `Output:` `Text file` `- [as explained for command line option '-o']` `to be sent directly to the CMS DQM team as reply to the weekly certification request.` `It contains a list of all flags changed with respect to the RunRegistry, including the reason(s) in case the flag is changed to BAD.` `The verbose ('-v') stdout can provide a complete list of all in-/output flags of all analyzed runs and at its end a summary only with the output flags.` `It makes sense to pipe the stdout to another text file.` `Usage:` `$ cmsrel CMSSW_RELEASE` `$ cd CMSSW_RELEASE/src` `$ cmsenv` `$ cvs co -r Vxx-yy-zz DQM/TrackerCommon` `$ scram b -j 5` `$ rehash` `$ cd WORKING_DIRECTORY` `$ [create input files]` `$ TrackerRunCertification [ARGUMENTOPTION1] [ARGUMENT1] ... [OPTION2] ...` `Valid argument options are:` `-d` `MANDATORY: dataset as in RunRegistry` `no default` `-g` `MANDATORY: group name as in RunRegistry` `no default` `-p` `path to DQM files` `default: /afs/cern.ch/cms/CAF/CMSCOMM/COMM_DQM/data/OfflineData/Run2010/StreamExpress` `-P` `pattern of DQM file names in the DQM file path` `default: [DATASET from '-d' option with '/' --> '__'].root` `-o` `path to output log file` `default: ./trackerRunCertification[DATASET from '-d' option with '/' --> '__']-[GROUP from '-g'].txt` `-L` `path to file with DQM input file list` `default: ./fileList[DATASET from '-d' option with '/' --> '__'].txt` `-l` `lower bound of run numbers to consider` `default: 0` `-u` `upper bound of run numbers to consider` `default: 1073741824 (2^30)` `-R` `web address of the RunRegistry` `default: http://pccmsdqm04.cern.ch/runregistry` `The default is used for any option not explicitely given in the command line.` `Valid options are:` `-rr` `switch on creation of new RR file` `-rronly` `only create new RR file, do not run certification` `-a` `certify all runs, not only those in "SIGNOFF" status` `-v` `switch on verbose logging to stdout` `-h` `display this help and exit` `\author Volker Adler` `/` `#include <algorithm>` `#include <string>` `#include <vector>` `#include <map>` `#include <fstream>` `#include <iostream>` `#include <sstream>` `// RooT, needs '<use name="root">' in the BuildFile` `#include "TROOT.h"` `#include "TSystem.h"` `#include "TString.h"` `#include "TFile.h"` `#include "TKey.h"` `#include "TXMLEngine.h" // needs '<flags LDFLAGS="-lXMLIO">' in the BuildFile` `using namespace std;` `// Functions` `Bool_t createInputFileList();` `Bool_t createRRFile();` `Bool_t readData(const TString& pathFile);` `Bool_t readRR(const TString& pathFile);` `Bool_t readRRLumis(const TString& pathFile);` `Bool_t readRRTracker(const TString& pathFile);` `Bool_t readDQM(const TString& pathFile);` `void readCertificates(TDirectory dir);` `void certifyRunRange();` `void certifyRun();` `void writeOutput();` `void displayHelp();` `TString RunNumber(const TString& pathFile);` `Int_t FlagConvert(const TString& flag);` `TString FlagConvert(const Int_t flag);` `// Configurables` `map<TString, TString> sArguments;` `map<TString, Bool_t> sOptions;` `TString convertDataset_;` `Int_t minRange_;` `Int_t maxRange_;` `Int_t minRun_;` `Int_t maxRun_;` `// Global constants` `const TString nameFileRR_("RunRegistry.xml");` `const TString nameFileRunsRR_(TString("runs").Append(nameFileRR_));` `const TString nameFileLumisRR_(TString("lumis").Append(nameFileRR_));` `const TString nameFileTrackerRR_(TString("tracker").Append(nameFileRR_));` `const TString nameDirHead_("DQMData");` `const TString nameDirBase_("EventInfo");` `const TString nameDirCert_("CertificationContents");` `const TString nameDirReport_("reportSummaryContents");` `const TString nameDirDAQ_("DAQContents");` `const TString nameDirDCS_("DCSContents");` `const TString pathRunFragment_("/Run /");` `const UInt_t nSubSys_(3);` `const TString sSubSys_[nSubSys_] = {` `// sub-system directory names in DQM files` `"SiStrip",` `"Pixel",` `"Tracking",` `};` `enum SubSystems { // according enumeration` `SiStrip,` `Pixel,` `Tracking` `};` `enum Flags { // flags' enumeration` `MISSING = -100,` `NOTSET = -99,` `EXCL = -1,` `BAD = 0,` `GOOD = 1` `};` `const Double_t minGood_(0.95);` `const Double_t maxBad_(0.85);` `// Certificates and flags` `vector<TString> sRunNumbers_;` `UInt_t nRuns_(0);` `UInt_t nRunsNotRR_(0);` `UInt_t nRunsNotGroup_(0);` `UInt_t nRunsNotDataset_(0);` `UInt_t nRunsNotSignoff_(0);` `UInt_t nRunsNotRRLumis_(0);` `UInt_t nRunsNotDatasetLumis_(0);` `UInt_t nRunsSiStripOff_(0);` `UInt_t nRunsPixelOff_(0);` `UInt_t nRunsNotRRTracker_(0);` `UInt_t nRunsNotGroupTracker_(0);` `UInt_t nRunsNotDatasetTracker_(0);` `UInt_t nRunsExclSiStrip_(0);` `UInt_t nRunsMissSiStrip_(0);` `UInt_t nRunsBadSiStrip_(0);` `UInt_t nRunsChangedSiStrip_(0);` `map<TString, TString> sSiStrip_;` `map<TString, TString> sRRSiStrip_;` `map<TString, TString> sRRTrackerSiStrip_;` `map<TString, TString> sDQMSiStrip_;` `map<TString, vector<TString> > sRunCommentsSiStrip_;` `map<TString, TString> sRRCommentsSiStrip_;` `map<TString, TString> sRRTrackerCommentsSiStrip_;` `UInt_t nRunsExclPixel_(0);` `UInt_t nRunsMissPixel_(0);` `UInt_t nRunsBadPixel_(0);` `UInt_t nRunsChangedPixel_(0);` `map<TString, TString> sPixel_;` `map<TString, TString> sRRPixel_;` `map<TString, TString> sRRTrackerPixel_;` `map<TString, TString> sDQMPixel_;` `map<TString, vector<TString> > sRunCommentsPixel_;` `map<TString, TString> sRRCommentsPixel_;` `map<TString, TString> sRRTrackerCommentsPixel_;` `UInt_t nRunsNoTracking_(0);` `UInt_t nRunsBadTracking_(0);` `UInt_t nRunsChangedTracking_(0);` `map<TString, TString> sTracking_;` `map<TString, TString> sRRTracking_;` `map<TString, TString> sRRTrackerTracking_;` `map<TString, TString> sDQMTracking_;` `map<TString, vector<TString> > sRunCommentsTracking_;` `map<TString, TString> sRRCommentsTracking_;` `map<TString, TString> sRRTrackerCommentsTracking_;` `// Certificates and flags (run-by-run)` `TString sRunNumber_;` `TString sVersion_;` `map<TString, Double_t> fCertificates_;` `map<TString, Int_t> iFlagsRR_;` `map<TString, Int_t> iFlagsRRTracker_;` `map<TString, Bool_t> bAvailable_;` `Bool_t bSiStripOn_;` `Bool_t bPixelOn_;` `/// Checks arguments and runs input check/creation and run certification incl. output` `int main(int argc, char* argv[]) {` `cout << endl;` `// Initialize defaults` `sArguments["-d"] = ""; // dataset` `sArguments["-g"] = ""; // group` `sArguments["-p"] =` `"/afs/cern.ch/cms/CAF/CMSCOMM/COMM_DQM/data/OfflineData/Run2010/StreamExpress"; // path to DQM files` `sArguments["-P"] = ""; // pattern of DQM file names in the DQM file path` `sArguments["-l"] = "0"; // lower bound of run numbers to consider` `sArguments["-u"] = "1073741824"; // 2^30 // upper bound of run numbers to consider` `sArguments["-o"] = ""; // path to main output file` `sArguments["-L"] = ""; // path to file with DQM input file list` `sArguments["-R"] = "http://pccmsdqm04.cern.ch/runregistry"; // web address of the RunRegistry` `minRun_ = sArguments["-u"].Atoi();` `maxRun_ = sArguments["-l"].Atoi();` `sOptions["-rr"] = kFALSE;` `sOptions["-rronly"] = kFALSE;` `sOptions["-a"] = kFALSE;` `sOptions["-v"] = kFALSE;` `sOptions["-h"] = kFALSE;` `// Input arguments (very simple)` `if (argc == 1) {` `displayHelp();` `return 0;` `}` `for (int iArgument = 1; iArgument < argc; ++iArgument) {` `if (sArguments.find(argv[iArgument]) != sArguments.end()) {` `if (sArguments.find(argv[iArgument + 1]) == sArguments.end() &&` `sOptions.find(argv[iArgument + 1]) == sOptions.end()) {` `sArguments[argv[iArgument]] = argv[iArgument + 1];` `}` `} else if (sOptions.find(argv[iArgument]) != sOptions.end()) {` `sOptions[argv[iArgument]] = kTRUE;` `}` `}` `if (sOptions["-h"]) {` `displayHelp();` `return 0;` `}` `if (sArguments["-d"] == "") {` `cerr << " ERROR: no dataset given with '-d' option" << endl;` `return 1;` `}` `if (sArguments["-g"] == "" && !sOptions["-rronly"]) {` `cerr << " ERROR: no group name given with '-g' option" << endl;` `return 1;` `}` `convertDataset_ = sArguments["-d"];` `convertDataset_.ReplaceAll("/", "__");` `if (sArguments["-o"] == "") {` `sArguments["-o"] = TString("trackerRunCertification" + convertDataset_ + "-" + sArguments["-g"] + ".txt");` `}` `if (sArguments["-L"] == "") {` `sArguments["-L"] = TString("fileList" + convertDataset_ + ".txt");` `}` `if (sArguments["-P"] == "") {` `sArguments["-P"] = TString("" + convertDataset_ + ".root");` `}` `minRange_ = sArguments["-l"].Atoi();` `maxRange_ = sArguments["-u"].Atoi();` `// Run` `if (!createInputFileList())` `return 12;` `if (sOptions["-rronly"]) {` `if (!createRRFile())` `return 13;` `return 0;` `}` `if (sOptions["-rr"] && !createRRFile())` `return 13;` `certifyRunRange();` `return 0;` `}` `/// Checks for DQM RooT files in pre-defined directory, compares to optinally given run range and writes the resulting file list to a file` `/// Returns 'kTRUE', if DQM files for the given run range and path have been found, 'kFALSE' otherwise.` `Bool_t createInputFileList() {` `// Create input file list on the fly` `gSystem->Exec(TString("rm -f " + sArguments["-L"]).Data());` `gSystem->Exec(TString("ls -1 " + sArguments["-p"] + "//" + sArguments["-P"] + " > " + sArguments["-L"]).Data());` `ofstream fileListWrite;` `fileListWrite.open(sArguments["-L"].Data(), ios_base::app);` `fileListWrite << "EOF";` `fileListWrite.close();` `// Loop over input file list and recreate it according to run range` `ifstream fileListRead;` `fileListRead.open(sArguments["-L"].Data());` `ofstream fileListNewWrite;` `const TString nameFileListNew(sArguments["-L"] + ".new");` `fileListNewWrite.open(nameFileListNew, ios_base::app);` `UInt_t nFiles(0);` `while (fileListRead.good()) {` `TString pathFile;` `fileListRead >> pathFile;` `if (pathFile.Length() == 0)` `continue;` `sRunNumber_ = RunNumber(pathFile);` `if (!RunNumber(pathFile).IsDigit())` `continue;` `++nFiles;` `const Int_t iRun(RunNumber(pathFile).Atoi());` `if (minRange_ > iRun \|\| iRun > maxRange_)` `continue;` `fileListNewWrite << pathFile << endl;` `if (iRun < minRun_)` `minRun_ = iRun;` `if (iRun > maxRun_)` `maxRun_ = iRun;` `}` `fileListRead.close();` `fileListNewWrite.close();` `gSystem->Exec(TString("mv ").Append(nameFileListNew).Append(" ").Append(sArguments["-L"]));` `if (nFiles == 0 \|\| maxRun_ < minRun_) {` `cerr << " ERROR: no files to certify" << endl;` `cerr << " no files found in " << sArguments["-p"] << " between the run numbers " << minRange_ << " and "` `<< maxRange_ << endl;` `return kFALSE;` `}` `return kTRUE;` `}` `/// Gets XML file with complete RunRegistry information from the web server` `/// Returns 'kTRUE', if XML file is present and not empty, 'kFALSE' otherwise.` `Bool_t createRRFile() {` `ostringstream minRun;` `minRun << minRun_;` `ostringstream maxRun;` `maxRun << maxRun_;` `cerr << " Extracting RunRegistry output for runs " << minRun.str() << " - " << maxRun.str() << " ...";` `TString commandBase(TString(gSystem->Getenv("CMSSW_BASE"))` `.Append("/src/DQM/TrackerCommon/bin/getRunRegistry.py")` `.Append(" -s ")` `.Append(sArguments["-R"])` `.Append("/xmlrpc")` `.Append(" ")` `.Append(" -l ")` `.Append(minRun.str())` `.Append(" -u ")` `.Append(maxRun.str()));` `TString commandRuns(commandBase);` `commandRuns.Append(" -f ").Append(nameFileRunsRR_).Append(" -T RUN -t xml_all");` `if (sOptions["-v"])` `cerr << endl << endl << " " << commandRuns.Data() << endl;` `gSystem->Exec(commandRuns);` `TString commandLumis(commandBase);` `commandLumis.Append(" -f ").Append(nameFileLumisRR_).Append(" -T RUNLUMISECTION -t xml");` `if (sOptions["-v"])` `cerr << " " << commandLumis.Data() << endl;` `gSystem->Exec(commandLumis);` `TString commandTracker(commandBase);` `commandTracker.Append(" -f ").Append(nameFileTrackerRR_).Append(" -T RUN -t xml_all -w TRACKER");` `if (sOptions["-v"])` `cerr << " " << commandTracker.Data() << endl << endl << " ...";` `gSystem->Exec(commandTracker);` `cerr << " done!" << endl << endl;` `const UInt_t maxLength(131071); // FIXME hard-coding for what?` `char xmlLine[maxLength];` `UInt_t lines(0);` `ifstream fileRunsRR;` `fileRunsRR.open(nameFileRunsRR_.Data());` `if (!fileRunsRR) {` `cerr << " ERROR: RR file " << nameFileRunsRR_.Data() << " does not exist" << endl;` `cerr << " Please, check access to RR" << endl;` `return kFALSE;` `}` `while (lines <= 1 && fileRunsRR.getline(xmlLine, maxLength))` `++lines;` `if (lines <= 1) {` `cerr << " ERROR: empty RR file " << nameFileRunsRR_.Data() << endl;` `cerr << " Please, check access to RR:" << endl;` `cerr << " - DQM/TrackerCommon/bin/getRunRegistry.py" << endl;` `cerr << " - https://twiki.cern.ch/twiki/bin/view/CMS/DqmRrApi" << endl;` `return kFALSE;` `}` `fileRunsRR.close();` `ifstream fileLumisRR;` `fileLumisRR.open(nameFileLumisRR_.Data());` `if (!fileLumisRR) {` `cerr << " ERROR: RR file " << nameFileLumisRR_.Data() << " does not exist" << endl;` `cerr << " Please, check access to RR" << endl;` `return kFALSE;` `}` `while (lines <= 1 && fileLumisRR.getline(xmlLine, maxLength))` `++lines;` `if (lines <= 1) {` `cerr << " ERROR: empty RR file " << nameFileLumisRR_.Data() << endl;` `cerr << " Please, check access to RR:" << endl;` `cerr << " - DQM/TrackerCommon/bin/getRunRegistry.py" << endl;` `cerr << " - https://twiki.cern.ch/twiki/bin/view/CMS/DqmRrApi" << endl;` `return kFALSE;` `}` `fileLumisRR.close();` `ifstream fileTrackerRR;` `fileTrackerRR.open(nameFileTrackerRR_.Data());` `if (!fileTrackerRR) {` `cerr << " ERROR: RR file " << nameFileTrackerRR_.Data() << " does not exist" << endl;` `cerr << " Please, check access to RR" << endl;` `return kFALSE;` `}` `while (lines <= 1 && fileTrackerRR.getline(xmlLine, maxLength))` `++lines;` `if (lines <= 1) {` `cerr << " ERROR: empty RR file " << nameFileTrackerRR_.Data() << endl;` `cerr << " Please, check access to RR:" << endl;` `cerr << " - DQM/TrackerCommon/bin/getRunRegistry.py" << endl;` `cerr << " - https://twiki.cern.ch/twiki/bin/view/CMS/DqmRrApi" << endl;` `return kFALSE;` `}` `fileTrackerRR.close();` `return kTRUE;` `}` `/// Loops over runs` `void certifyRunRange() {` `// Loop over runs` `ifstream fileListRead;` `fileListRead.open(sArguments["-L"].Data());` `while (fileListRead.good()) {` `TString pathFile;` `fileListRead >> pathFile;` `if (pathFile.Length() == 0)` `continue;` `++nRuns_;` `sRunNumber_ = RunNumber(pathFile);` `cout << " Processing RUN " << sRunNumber_.Data() << endl;` `if (readData(pathFile)) {` `sRunNumbers_.push_back(sRunNumber_);` `certifyRun();` `}` `}` `fileListRead.close();` `writeOutput();` `return;` `}` `/// Reads input data for a given run` `/// Returns 'kTRUE', if RR and DQM information have been read successfully, 'kFALSE' otherwise.` `Bool_t readData(const TString& pathFile) {` `if (!readRR(pathFile))` `return kFALSE;` `// if ( ! readRRLumis( pathFile ) ) return kFALSE; // LS currently not used` `if (!readRRTracker(pathFile))` `return kFALSE;` `if (!readDQM(pathFile))` `return kFALSE;` `return kTRUE;` `}` `/// Reads manually set RR certification flags for a given run` `/// Returns 'kTRUE', if a given run is present in RR, 'kFALSE' otherwise.` `Bool_t readRR(const TString& pathFile) {` `// Initialize` `map<TString, TString> sFlagsRR;` `map<TString, TString> sCommentsRR;` `iFlagsRR_.clear();` `Bool_t foundRun(kFALSE);` `Bool_t foundGroup(kFALSE);` `Bool_t foundDataset(kFALSE);` `Bool_t foundSignoff(kFALSE);` `vector<TString> nameCmpNode;` `nameCmpNode.push_back("STRIP");` `nameCmpNode.push_back("PIX");` `nameCmpNode.push_back("TRACK");` `// Read RR file corresponding to output format type 'xml_all'` `TXMLEngine* xmlRR(new TXMLEngine);` `XMLDocPointer_t xmlRRDoc(xmlRR->ParseFile(nameFileRunsRR_.Data()));` `XMLNodePointer_t nodeMain(xmlRR->DocGetRootElement(xmlRRDoc));` `XMLNodePointer_t nodeRun(xmlRR->GetChild(nodeMain));` `while (nodeRun) {` `XMLNodePointer_t nodeRunChild(xmlRR->GetChild(nodeRun));` `while (nodeRunChild && TString(xmlRR->GetNodeName(nodeRunChild)) != "NUMBER")` `nodeRunChild = xmlRR->GetNext(nodeRunChild);` `if (nodeRunChild && xmlRR->GetNodeContent(nodeRunChild) == sRunNumber_) {` `foundRun = kTRUE;` `nodeRunChild = xmlRR->GetChild(nodeRun);` `while (nodeRunChild && TString(xmlRR->GetNodeName(nodeRunChild)) != "GROUP_NAME")` `nodeRunChild = xmlRR->GetNext(nodeRunChild);` `if (nodeRunChild && xmlRR->GetNodeContent(nodeRunChild) == sArguments["-g"]) {` `foundGroup = kTRUE;` `nodeRunChild = xmlRR->GetChild(nodeRun);` `while (nodeRunChild && TString(xmlRR->GetNodeName(nodeRunChild)) != "DATASETS")` `nodeRunChild = xmlRR->GetNext(nodeRunChild);` `if (nodeRunChild) {` `XMLNodePointer_t nodeDataset(xmlRR->GetChild(nodeRunChild));` `while (nodeDataset) {` `XMLNodePointer_t nodeDatasetChild(xmlRR->GetChild(nodeDataset));` `while (nodeDatasetChild && TString(xmlRR->GetNodeName(nodeDatasetChild)) != "NAME")` `nodeDatasetChild = xmlRR->GetNext(nodeDatasetChild);` `if (nodeDatasetChild && TString(xmlRR->GetNodeContent(nodeDatasetChild)) == sArguments["-d"]) {` `foundDataset = kTRUE;` `nodeDatasetChild = xmlRR->GetChild(nodeDataset);` `while (nodeDatasetChild && xmlRR->GetNodeName(nodeDatasetChild) != TString("STATE"))` `nodeDatasetChild = xmlRR->GetNext(nodeDatasetChild);` `if (sOptions["-a"] \|\|` `(nodeDatasetChild && TString(xmlRR->GetNodeContent(nodeDatasetChild)) == "SIGNOFF")) {` `foundSignoff = kTRUE;` `nodeDatasetChild = xmlRR->GetChild(nodeDataset);` `while (nodeDatasetChild && TString(xmlRR->GetNodeName(nodeDatasetChild)) != "CMPS")` `nodeDatasetChild = xmlRR->GetNext(nodeDatasetChild);` `if (nodeDatasetChild) {` `XMLNodePointer_t nodeCmp(xmlRR->GetChild(nodeDatasetChild));` `while (nodeCmp) {` `XMLNodePointer_t nodeCmpChild(xmlRR->GetChild(nodeCmp));` `while (nodeCmpChild && TString(xmlRR->GetNodeName(nodeCmpChild)) != "NAME")` `nodeCmpChild = xmlRR->GetNext(nodeCmpChild);` `if (nodeCmpChild) {` `for (UInt_t iNameNode = 0; iNameNode < nameCmpNode.size(); ++iNameNode) {` `if (xmlRR->GetNodeContent(nodeCmpChild) == nameCmpNode.at(iNameNode)) {` `TString nameNode("RR_" + nameCmpNode.at(iNameNode));` `XMLNodePointer_t nodeCmpChildNew = xmlRR->GetChild(nodeCmp);` `while (nodeCmpChildNew && TString(xmlRR->GetNodeName(nodeCmpChildNew)) != "VALUE")` `nodeCmpChildNew = xmlRR->GetNext(nodeCmpChildNew);` `if (nodeCmpChildNew) {` `sFlagsRR[nameNode] = TString(xmlRR->GetNodeContent(nodeCmpChildNew));` `if (sFlagsRR[nameNode] == "BAD") {` `nodeCmpChildNew = xmlRR->GetChild(nodeCmp);` `while (nodeCmpChildNew && TString(xmlRR->GetNodeName(nodeCmpChildNew)) != "COMMENT")` `nodeCmpChildNew = xmlRR->GetNext(nodeCmpChildNew);` `if (nodeCmpChildNew) {` `sCommentsRR[nameNode] = TString(xmlRR->GetNodeContent(nodeCmpChildNew));` `}` `}` `}` `}` `}` `}` `nodeCmp = xmlRR->GetNext(nodeCmp);` `}` `}` `break;` `}` `break;` `}` `nodeDataset = xmlRR->GetNext(nodeDataset);` `}` `}` `}` `break;` `}` `nodeRun = xmlRR->GetNext(nodeRun);` `}` `if (!foundRun) {` `++nRunsNotRR_;` `cout << " Run not found in RR" << endl;` `return kFALSE;` `}` `if (!foundGroup) {` `++nRunsNotGroup_;` `cout << " Group " << sArguments["-g"] << " not found in RR" << endl;` `return kFALSE;` `}` `if (!foundDataset) {` `++nRunsNotDataset_;` `cout << " Dataset " << sArguments["-d"] << " not found in RR" << endl;` `return kFALSE;` `}` `if (!foundSignoff) {` `++nRunsNotSignoff_;` `cout << " Dataset not in SIGNOFF in RR" << endl;` `return kFALSE;` `}` `if (sOptions["-v"])` `for (map<TString, TString>::const_iterator flag = sFlagsRR.begin(); flag != sFlagsRR.end(); ++flag)` `cout << " " << flag->first << ": " << flag->second << endl;` `for (UInt_t iNameNode = 0; iNameNode < nameCmpNode.size(); ++iNameNode) {` `TString nameNode("RR_" + nameCmpNode.at(iNameNode));` `if (sFlagsRR.find(nameNode) == sFlagsRR.end()) {` `cout << " WARNING: component " << nameCmpNode.at(iNameNode).Data() << " not found in RR" << endl;` `cout << " Automatically set to MISSING" << endl;` `sFlagsRR[nameNode] = "MISSING";` `}` `}` `sRRCommentsSiStrip_[sRunNumber_] = sCommentsRR["RR_STRIP"];` `sRRCommentsPixel_[sRunNumber_] = sCommentsRR["RR_PIX"];` `sRRCommentsTracking_[sRunNumber_] = sCommentsRR["RR_TRACK"];` `iFlagsRR_[sSubSys_[SiStrip]] = FlagConvert(sFlagsRR["RR_STRIP"]);` `iFlagsRR_[sSubSys_[Pixel]] = FlagConvert(sFlagsRR["RR_PIX"]);` `iFlagsRR_[sSubSys_[Tracking]] = FlagConvert(sFlagsRR["RR_TRACK"]);` `if (iFlagsRR_[sSubSys_[SiStrip]] == EXCL)` `++nRunsExclSiStrip_;` `if (iFlagsRR_[sSubSys_[Pixel]] == EXCL)` `++nRunsExclPixel_;` `if (iFlagsRR_[sSubSys_[SiStrip]] == MISSING)` `++nRunsMissSiStrip_;` `if (iFlagsRR_[sSubSys_[Pixel]] == MISSING)` `++nRunsMissPixel_;` `if ((iFlagsRR_[sSubSys_[SiStrip]] == EXCL \|\| iFlagsRR_[sSubSys_[SiStrip]] == MISSING) &&` `(iFlagsRR_[sSubSys_[Pixel]] == EXCL \|\| iFlagsRR_[sSubSys_[Pixel]] == MISSING))` `++nRunsNoTracking_;` `return kTRUE;` `}` `/// Reads RR HV states for lumi ranges in a given run` `/// Returns 'kFALSE', if Tracker was in STANDBY during the run, 'kTRUE' otherwise.` `Bool_t readRRLumis(const TString& pathFile) {` `bSiStripOn_ = false;` `bPixelOn_ = false;` `map<TString, Bool_t> bLumiSiStripOn_;` `map<TString, Bool_t> bLumiPixelOn_;` `Bool_t foundRun(kFALSE);` `Bool_t foundDataset(kFALSE);` `// Read RR file corresponding to output format type 'xml'` `TXMLEngine* xmlRR(new TXMLEngine);` `XMLDocPointer_t xmlRRDoc(xmlRR->ParseFile(nameFileLumisRR_.Data()));` `XMLNodePointer_t nodeMain(xmlRR->DocGetRootElement(xmlRRDoc));` `XMLNodePointer_t nodeRun(xmlRR->GetChild(nodeMain));` `while (nodeRun) {` `XMLNodePointer_t nodeRunChild(xmlRR->GetChild(nodeRun));` `while (nodeRunChild && TString(xmlRR->GetNodeName(nodeRunChild)) != "NUMBER")` `nodeRunChild = xmlRR->GetNext(nodeRunChild);` `if (nodeRunChild && xmlRR->GetNodeContent(nodeRunChild) == sRunNumber_) {` `foundRun = kTRUE;` `nodeRunChild = xmlRR->GetChild(nodeRun);` `while (nodeRunChild && TString(xmlRR->GetNodeName(nodeRunChild)) != "DATASET")` `nodeRunChild = xmlRR->GetNext(nodeRunChild);` `if (nodeRunChild) {` `XMLNodePointer_t nodeDatasetChild(xmlRR->GetChild(nodeRunChild));` `while (nodeDatasetChild && TString(xmlRR->GetNodeName(nodeDatasetChild)) != "NAME")` `nodeDatasetChild = xmlRR->GetNext(nodeDatasetChild);` `if (nodeDatasetChild && xmlRR->GetNodeContent(nodeDatasetChild) == sArguments["-d"]) {` `foundDataset = kTRUE;` `XMLNodePointer_t nodeLumiRange(xmlRR->GetChild(nodeRunChild));` `while (nodeLumiRange) {` `bLumiSiStripOn_["DCSTIBTID"] = kFALSE;` `bLumiSiStripOn_["DCSTOB"] = kFALSE;` `bLumiSiStripOn_["DCSTECM"] = kFALSE;` `bLumiSiStripOn_["DCSTECP"] = kFALSE;` `bLumiPixelOn_["DCSFPIX"] = kFALSE;` `bLumiPixelOn_["DCSBPIX"] = kFALSE;` `if (TString(xmlRR->GetNodeName(nodeLumiRange)) == "LUMI_SECTION_RANGE") {` `XMLNodePointer_t nodeLumiRangeChild(xmlRR->GetChild(nodeLumiRange));` `while (nodeLumiRangeChild && TString(xmlRR->GetNodeName(nodeLumiRangeChild)) != "PARAMETERS")` `nodeLumiRangeChild = xmlRR->GetNext(nodeLumiRangeChild);` `if (nodeLumiRangeChild) {` `XMLNodePointer_t nodeParameter(xmlRR->GetChild(nodeLumiRangeChild));` `while (nodeParameter) {` `if (xmlRR->GetNodeContent(nodeParameter) && xmlRR->GetNodeContent(nodeParameter) == TString("true")) {` `const TString nodeName(xmlRR->GetNodeName(nodeParameter));` `if (bLumiSiStripOn_.find(nodeName) != bLumiSiStripOn_.end()) {` `bLumiSiStripOn_[nodeName] = kTRUE;` `} else if (bLumiPixelOn_.find(nodeName) != bLumiPixelOn_.end()) {` `bLumiPixelOn_[nodeName] = kTRUE;` `}` `}` `nodeParameter = xmlRR->GetNext(nodeParameter);` `}` `}` `}` `Bool_t siStripOn(kTRUE);` `Bool_t pixelOn(kTRUE);` `for (map<TString, Bool_t>::const_iterator iMap = bLumiSiStripOn_.begin(); iMap != bLumiSiStripOn_.end();` `++iMap) {` `if (!iMap->second)` `siStripOn = kFALSE;` `break;` `}` `for (map<TString, Bool_t>::const_iterator iMap = bLumiPixelOn_.begin(); iMap != bLumiPixelOn_.end();` `++iMap) {` `if (!iMap->second)` `pixelOn = kFALSE;` `break;` `}` `if (siStripOn)` `bSiStripOn_ = kTRUE;` `if (pixelOn)` `bPixelOn_ = kTRUE;` `if (bSiStripOn_ && bPixelOn_)` `break;` `nodeLumiRange = xmlRR->GetNext(nodeLumiRange);` `}` `break;` `}` `}` `break;` `}` `nodeRun = xmlRR->GetNext(nodeRun);` `}` `if (!foundRun) {` `++nRunsNotRRLumis_;` `cout << " Run " << sRunNumber_ << " not found in RR lumis" << endl;` `return kFALSE;` `}` `if (!foundDataset) {` `++nRunsNotDatasetLumis_;` `cout << " Dataset " << sArguments["-d"] << " not found in RR lumis" << endl;` `return kFALSE;` `}` `if (!bSiStripOn_) {` `++nRunsSiStripOff_;` `cout << " SiStrip (partially) OFF during the whole run" << endl;` `}` `if (!bPixelOn_) {` `++nRunsPixelOff_;` `cout << " Pixel (partially) OFF during the whole run" << endl;` `}` `return kTRUE;` `}` `/// Reads RR certification flags for lumi ranges in a given run` `/// Returns 'kTRUE', if a given run is present in RR, 'kFALSE' otherwise.` `Bool_t readRRTracker(const TString& pathFile) {` `map<TString, TString> sFlagsRRTracker;` `map<TString, TString> sCommentsRRTracker;` `iFlagsRRTracker_.clear();` `Bool_t foundRun(kFALSE);` `Bool_t foundGroup(kFALSE);` `Bool_t foundDataset(kFALSE);` `vector<TString> nameCmpNode;` `nameCmpNode.push_back("STRIP");` `nameCmpNode.push_back("PIXEL");` `nameCmpNode.push_back("TRACKING");` `// Read RR file corresponding to output format type 'xml'` `TXMLEngine* xmlRR(new TXMLEngine);` `XMLDocPointer_t xmlRRDoc(xmlRR->ParseFile(nameFileTrackerRR_.Data()));` `XMLNodePointer_t nodeMain(xmlRR->DocGetRootElement(xmlRRDoc));` `XMLNodePointer_t nodeRun(xmlRR->GetChild(nodeMain));` `while (nodeRun) {` `XMLNodePointer_t nodeRunChild(xmlRR->GetChild(nodeRun));` `while (nodeRunChild && TString(xmlRR->GetNodeName(nodeRunChild)) != "NUMBER")` `nodeRunChild = xmlRR->GetNext(nodeRunChild);` `if (nodeRunChild && xmlRR->GetNodeContent(nodeRunChild) == sRunNumber_) {` `foundRun = kTRUE;` `nodeRunChild = xmlRR->GetChild(nodeRun);` `while (nodeRunChild && TString(xmlRR->GetNodeName(nodeRunChild)) != "GROUP_NAME")` `nodeRunChild = xmlRR->GetNext(nodeRunChild);` `if (nodeRunChild && xmlRR->GetNodeContent(nodeRunChild) == sArguments["-g"]) {` `foundGroup = kTRUE;` `nodeRunChild = xmlRR->GetChild(nodeRun);` `while (nodeRunChild && TString(xmlRR->GetNodeName(nodeRunChild)) != "DATASETS")` `nodeRunChild = xmlRR->GetNext(nodeRunChild);` `if (nodeRunChild) {` `XMLNodePointer_t nodeDataset(xmlRR->GetChild(nodeRunChild));` `while (nodeDataset) {` `XMLNodePointer_t nodeDatasetChild(xmlRR->GetChild(nodeDataset));` `while (nodeDatasetChild && TString(xmlRR->GetNodeName(nodeDatasetChild)) != "NAME")` `nodeDatasetChild = xmlRR->GetNext(nodeDatasetChild);` `// if ( nodeDatasetChild && TString( xmlRR->GetNodeContent( nodeDatasetChild ) ) == sArguments[ "-d" ] ) {` `if (nodeDatasetChild &&` `TString(xmlRR->GetNodeContent(nodeDatasetChild)) ==` `TString("/Global/Online/ALL")) { // currently cretaed under this dataset name in RR TRACKER` `foundDataset = kTRUE;` `nodeDatasetChild = xmlRR->GetChild(nodeDataset);` `while (nodeDatasetChild && TString(xmlRR->GetNodeName(nodeDatasetChild)) != "CMPS")` `nodeDatasetChild = xmlRR->GetNext(nodeDatasetChild);` `if (nodeDatasetChild) {` `XMLNodePointer_t nodeCmp(xmlRR->GetChild(nodeDatasetChild));` `while (nodeCmp) {` `XMLNodePointer_t nodeCmpChild(xmlRR->GetChild(nodeCmp));` `while (nodeCmpChild && TString(xmlRR->GetNodeName(nodeCmpChild)) != "NAME")` `nodeCmpChild = xmlRR->GetNext(nodeCmpChild);` `if (nodeCmpChild) {` `for (UInt_t iNameNode = 0; iNameNode < nameCmpNode.size(); ++iNameNode) {` `if (xmlRR->GetNodeContent(nodeCmpChild) == nameCmpNode.at(iNameNode)) {` `TString nameNode("RRTracker_" + nameCmpNode.at(iNameNode));` `XMLNodePointer_t nodeCmpChildNew(xmlRR->GetChild(nodeCmp));` `while (nodeCmpChildNew && TString(xmlRR->GetNodeName(nodeCmpChildNew)) != "VALUE")` `nodeCmpChildNew = xmlRR->GetNext(nodeCmpChildNew);` `if (nodeCmpChildNew) {` `sFlagsRRTracker[nameNode] = TString(xmlRR->GetNodeContent(nodeCmpChildNew));` `if (sFlagsRRTracker[nameNode] == "BAD") {` `nodeCmpChildNew = xmlRR->GetChild(nodeCmp);` `while (nodeCmpChildNew && TString(xmlRR->GetNodeName(nodeCmpChildNew)) != "COMMENT")` `nodeCmpChildNew = xmlRR->GetNext(nodeCmpChildNew); // FIXME Segmentation violation???` `if (nodeCmpChildNew) {` `sCommentsRRTracker[nameNode] = TString(xmlRR->GetNodeContent(nodeCmpChildNew));` `}` `}` `}` `}` `}` `}` `nodeCmp = xmlRR->GetNext(nodeCmp);` `}` `}` `break;` `}` `nodeDataset = xmlRR->GetNext(nodeDataset);` `}` `}` `}` `break;` `}` `nodeRun = xmlRR->GetNext(nodeRun);` `}` `if (!foundRun) {` `++nRunsNotRRTracker_;` `cout << " Run " << sRunNumber_ << " not found in RR Tracker" << endl;` `return kFALSE;` `}` `if (!foundGroup) {` `++nRunsNotGroupTracker_;` `cout << " Group " << sArguments["-g"] << " not found in RR" << endl;` `return kFALSE;` `}` `if (!foundDataset) {` `++nRunsNotDatasetTracker_;` `cout << " Dataset " << sArguments["-d"] << " not found in RR Tracker" << endl;` `return kFALSE;` `}` `sRRTrackerCommentsSiStrip_[sRunNumber_] = sCommentsRRTracker["RRTracker_STRIP"];` `sRRTrackerCommentsPixel_[sRunNumber_] = sCommentsRRTracker["RRTracker_PIXEL"];` `sRRTrackerCommentsTracking_[sRunNumber_] = sCommentsRRTracker["RRTracker_TRACKING"];` `iFlagsRRTracker_[sSubSys_[SiStrip]] = FlagConvert(sFlagsRRTracker["RRTracker_STRIP"]);` `iFlagsRRTracker_[sSubSys_[Pixel]] = FlagConvert(sFlagsRRTracker["RRTracker_PIXEL"]);` `iFlagsRRTracker_[sSubSys_[Tracking]] = FlagConvert(sFlagsRRTracker["RRTracker_TRACKING"]);` `return kTRUE;` `}` `/// Reads automatically created certification flags/values from the DQM file for a given run` `/// Returns 'kTRUE', if the DQM file is readable, 'kFALSE' otherwise.` `Bool_t readDQM(const TString& pathFile) {` `// Initialize` `fCertificates_.clear();` `bAvailable_.clear();` `// Open DQM file` `TFile* fileDQM(TFile::Open(pathFile.Data()));` `if (!fileDQM) {` `cerr << " ERROR: DQM file not found" << endl;` `cerr << " Please, check path to DQM files" << endl;` `return kFALSE;` `}` `// Browse certification folders` `vector<TString> nameCertDir;` `nameCertDir.push_back(nameDirHead_);` `for (UInt_t iSys = 0; iSys < nSubSys_; ++iSys) {` `bAvailable_[sSubSys_[iSys]] = (iFlagsRR_[sSubSys_[iSys]] != EXCL);` `if (bAvailable_[sSubSys_[iSys]]) {` `const TString baseDir(nameDirHead_ + pathRunFragment_ + sSubSys_[iSys] + "/Run summary/" + nameDirBase_);` `nameCertDir.push_back(baseDir);` `nameCertDir.push_back(baseDir + "/" + nameDirCert_);` `nameCertDir.push_back(baseDir + "/" + nameDirReport_);` `if (iSys != Tracking) {` `nameCertDir.push_back(baseDir + "/" + nameDirDAQ_);` `nameCertDir.push_back(baseDir + "/" + nameDirDCS_);` `}` `}` `}` `for (UInt_t iDir = 0; iDir < nameCertDir.size(); ++iDir) {` `const TString nameCurDir(nameCertDir.at(iDir).Contains(pathRunFragment_)` `? nameCertDir.at(iDir).Insert(nameCertDir.at(iDir).Index("Run ") + 4, sRunNumber_)` `: nameCertDir.at(iDir));` `TDirectory* dirSub((TDirectory)fileDQM->Get(nameCurDir.Data()));` `if (!dirSub) {` `cout << " WARNING: " << nameCurDir.Data() << " does not exist" << endl;` `continue;` `}` `readCertificates(dirSub);` `}` `fileDQM->Close();` `if (sOptions["-v"]) {` `cout << " " << sVersion_ << endl;` `for (map<TString, Double_t>::const_iterator cert = fCertificates_.begin(); cert != fCertificates_.end(); ++cert)` `cout << " " << cert->first << ": " << cert->second << endl;` `}` `return kTRUE;` `}` `/// Extract run certificates from DQM file` `void readCertificates(TDirectory dir) {` `TIter nextKey(dir->GetListOfKeys());` `TKey* key;` `while ((key = (TKey)nextKey())) {` `const TString nameKey(key->GetName());` `const Int_t index1(nameKey.Index(">"));` `if (index1 == kNPOS)` `continue;` `TString nameCert(nameKey(1, index1 - 1));` `if (TString(dir->GetName()) == nameDirHead_) {` `if (nameCert.CompareTo("ReleaseTag") == 0) {` `const Ssiz_t indexKey(nameKey.Index("s=") + 2);` `const TString nameKeyBrake(nameKey(indexKey, nameKey.Length() - indexKey));` `sVersion_ = nameKeyBrake(0, nameKeyBrake.Index("<"));` `}` `continue;` `}` `TString nameCertFirst(nameCert(0, 1));` `nameCertFirst.ToUpper();` `nameCert.Replace(0, 1, nameCertFirst);` `if (TString(dir->GetName()) == nameDirBase_) { // indicates summaries` `if (!nameCert.Contains("Summary"))` `continue;` `const TString nameDir(dir->GetPath());` `const UInt_t index2(nameDir.Index("/", nameDir.Index(":") + 10));` `const TString nameSub(nameDir(index2 + 1, nameDir.Index("/", index2 + 1) - index2 - 1));` `nameCert.Prepend(nameSub);` `} else if (TString(dir->GetName()) == nameDirCert_) {` `nameCert.Prepend("Cert");` `} else if (TString(dir->GetName()) == nameDirDAQ_) {` `nameCert.Prepend("DAQ");` `} else if (TString(dir->GetName()) == nameDirDCS_) {` `nameCert.Prepend("DCS");` `} else {` `nameCert.Prepend("Report");` `}` `const Ssiz_t indexKey(nameKey.Index("f=") + 2);` `const TString nameKeyBrake(nameKey(indexKey, nameKey.Length() - indexKey));` `const TString nameKeyBrakeAll(nameKeyBrake(0, nameKeyBrake.Index("<")));` `fCertificates_[nameCert] = atof(nameKeyBrakeAll.Data());` `}` `return;` `}` `/// Determine actual certification flags per run and sub-system` `void certifyRun() {` `// FIXME Currently, LS-wise HV information from the RR is not determined correctly` `// So, it is not used for the certification yet.` `// Initialize` `map<TString, Int_t> iFlags;` `// SiStrip` `sRRSiStrip_[sRunNumber_] = FlagConvert(iFlagsRR_[sSubSys_[SiStrip]]);` `sRRTrackerSiStrip_[sRunNumber_] = FlagConvert(iFlagsRRTracker_[sSubSys_[SiStrip]]);` `if (bAvailable_[sSubSys_[SiStrip]]) {` `Bool_t flagDet(fCertificates_["SiStripReportSummary"] > minGood_);` `Bool_t flagDAQ(fCertificates_["SiStripDAQSummary"] == (Double_t)EXCL \|\|` `fCertificates_["SiStripDAQSummary"] > minGood_);` `Bool_t flagDCS(fCertificates_["SiStripDCSSummary"] == (Double_t)EXCL \|\|` `fCertificates_["SiStripDCSSummary"] == (Double_t)GOOD);` `Bool_t flagDQM((flagDet flagDAQ * flagDCS) != 0);` `Bool_t flagCert(iFlagsRRTracker_[sSubSys_[SiStrip]]);` `// iFlags[ sSubSys_[ SiStrip ] ] = ( Int_t )( flagDQM * bSiStripOn_ * flagCert );` `iFlags[sSubSys_[SiStrip]] = (Int_t)(flagDQM * flagCert);` `sDQMSiStrip_[sRunNumber_] = FlagConvert((Int_t)(flagDQM));` `sSiStrip_[sRunNumber_] = FlagConvert(iFlags[sSubSys_[SiStrip]]);` `vector<TString> comments;` `if (!flagDet)` `comments.push_back("too low overall fraction of good modules");` `if (!flagDAQ)` `comments.push_back("DAQSummary BAD");` `if (!flagDCS)` `comments.push_back("DCSSummary BAD");` `// if ( ! bSiStripOn_ ) comments.push_back( "HV off" );` `if (!flagCert)` `comments.push_back(TString("Tracker shifter: " + sRRTrackerCommentsSiStrip_[sRunNumber_]));` `if (iFlags[sSubSys_[SiStrip]] == BAD) {` `++nRunsBadSiStrip_;` `if (flagCert)` `comments.push_back(TString("Tracker shifter differs (GOOD): " + sRRTrackerCommentsSiStrip_[sRunNumber_]));` `sRunCommentsSiStrip_[sRunNumber_] = comments;` `}` `} else {` `sDQMSiStrip_[sRunNumber_] = sRRSiStrip_[sRunNumber_];` `sSiStrip_[sRunNumber_] = sRRSiStrip_[sRunNumber_];` `}` `// Pixel` `sRRPixel_[sRunNumber_] = FlagConvert(iFlagsRR_[sSubSys_[Pixel]]);` `sRRTrackerPixel_[sRunNumber_] = FlagConvert(iFlagsRRTracker_[sSubSys_[Pixel]]);` `if (bAvailable_[sSubSys_[Pixel]]) {` `Bool_t flagReportSummary(fCertificates_["PixelReportSummary"] > maxBad_);` `Bool_t flagDAQ(` `(fCertificates_["DAQPixelBarrelFraction"] == (Double_t)EXCL \|\| fCertificates_["DAQPixelBarrelFraction"] > 0.) &&` `(fCertificates_["DAQPixelEndcapFraction"] == (Double_t)EXCL \|\|` `fCertificates_["DAQPixelEndcapFraction"] > 0.)); // unidentified bug in Pixel DAQ fraction determination` `Bool_t flagDCS(fCertificates_["PixelDCSSummary"] == (Double_t)EXCL \|\| fCertificates_["PixelDCSSummary"] > maxBad_);` `// Bool_t flagDQM( flagReportSummary * flagDAQ * flagDCS );` `Bool_t flagDQM(flagDCS); // bugs in DAQ fraction and report summary` `Bool_t flagCert(iFlagsRRTracker_[sSubSys_[Pixel]]);` `// iFlags[ sSubSys_[ Pixel ] ] = ( Int_t )( flagDQM * bPixelOn_ * flagCert );` `iFlags[sSubSys_[Pixel]] = (Int_t)(flagDQM * flagCert);` `sDQMPixel_[sRunNumber_] = FlagConvert((Int_t)(flagDQM));` `sPixel_[sRunNumber_] = FlagConvert(iFlags[sSubSys_[Pixel]]);` `vector<TString> comments;` `if (!flagReportSummary)` `comments.push_back("ReportSummary BAD");` `if (!flagDAQ)` `comments.push_back("DAQSummary BAD");` `if (!flagDCS)` `comments.push_back("DCSSummary BAD");` `// if ( ! bPixelOn_ ) comments.push_back( "HV off" );` `if (!flagCert)` `comments.push_back(TString("Tracker shifter: " + sRRTrackerCommentsPixel_[sRunNumber_]));` `if (iFlags[sSubSys_[Pixel]] == BAD) {` `++nRunsBadPixel_;` `if (flagCert)` `comments.push_back(TString("Tracker shifter differs (GOOD): " + sRRTrackerCommentsPixel_[sRunNumber_]));` `sRunCommentsPixel_[sRunNumber_] = comments;` `}` `} else {` `sDQMPixel_[sRunNumber_] = sRRPixel_[sRunNumber_];` `sPixel_[sRunNumber_] = sRRPixel_[sRunNumber_];` `}` `// Tracking` `sRRTracking_[sRunNumber_] = FlagConvert(iFlagsRR_[sSubSys_[Tracking]]);` `sRRTrackerTracking_[sRunNumber_] = FlagConvert(iFlagsRRTracker_[sSubSys_[Tracking]]);` `if (bAvailable_[sSubSys_[Tracking]]) {` `Bool_t flagCert(iFlagsRRTracker_[sSubSys_[Pixel]]);` `Bool_t flagDQM(kFALSE);` `vector<TString> comments;` `if (iFlagsRR_[sSubSys_[SiStrip]] == EXCL && iFlagsRR_[sSubSys_[Pixel]] == EXCL) {` `comments.push_back("SiStrip and Pixel EXCL: no reasonable Tracking");` `} else {` `Bool_t flagChi2(fCertificates_["ReportTrackChi2"] > maxBad_);` `Bool_t flagRate(fCertificates_["ReportTrackRate"] > maxBad_);` `Bool_t flagRecHits(fCertificates_["ReportTrackRecHits"] > maxBad_);` `flagDQM = (flagChi2 * flagRate * flagRecHits) != 0;` `if (!flagChi2)` `comments.push_back("Chi2/DoF too low");` `if (!flagRate)` `comments.push_back("Track rate too low");` `if (!flagRecHits)` `comments.push_back("Too few RecHits");` `// if ( ! bSiStripOn_ ) comments.push_back( "HV SiStrip off" );` `if (!flagCert)` `comments.push_back(TString("Tracker shifter: " + sRRTrackerCommentsTracking_[sRunNumber_]));` `}` `// iFlags[ sSubSys_[ Tracking ] ] = ( Int_t )( flagDQM * bSiStripOn_ * flagCert );` `iFlags[sSubSys_[Tracking]] = (Int_t)(flagDQM * flagCert);` `sDQMTracking_[sRunNumber_] = FlagConvert((Int_t)(flagDQM));` `sTracking_[sRunNumber_] = FlagConvert(iFlags[sSubSys_[Tracking]]);` `if (iFlags[sSubSys_[Tracking]] == BAD) {` `++nRunsBadTracking_;` `if (flagCert)` `comments.push_back(TString("Tracker shifter differs (GOOD): " + sRRTrackerCommentsTracking_[sRunNumber_]));` `sRunCommentsTracking_[sRunNumber_] = comments;` `}` `} else {` `sDQMTracking_[sRunNumber_] = sRRTracking_[sRunNumber_];` `sTracking_[sRunNumber_] = sRRTracking_[sRunNumber_];` `}` `for (map<TString, Int_t>::const_iterator iSys = iFlags.begin(); iSys != iFlags.end(); ++iSys) {` `cout << " " << iSys->first << ": ";` `if (iSys->second != iFlagsRR_[iSys->first]) {` `if (iSys->first == sSubSys_[SiStrip])` `++nRunsChangedSiStrip_;` `if (iSys->first == sSubSys_[Pixel])` `++nRunsChangedPixel_;` `if (iSys->first == sSubSys_[Tracking])` `++nRunsChangedTracking_;` `cout << FlagConvert(iFlagsRR_[iSys->first]) << " --> ";` `}` `cout << FlagConvert(iSys->second) << endl;` `if (sOptions["-v"]) {` `if (iSys->first == sSubSys_[SiStrip]) {` `for (UInt_t iCom = 0; iCom < sRunCommentsSiStrip_[sRunNumber_].size(); ++iCom) {` `cout << " " << sRunCommentsSiStrip_[sRunNumber_].at(iCom).Data() << endl;` `}` `}` `if (iSys->first == sSubSys_[Pixel]) {` `for (UInt_t iCom = 0; iCom < sRunCommentsPixel_[sRunNumber_].size(); ++iCom) {` `cout << " " << sRunCommentsPixel_[sRunNumber_].at(iCom).Data() << endl;` `}` `}` `if (iSys->first == sSubSys_[Tracking]) {` `for (UInt_t iCom = 0; iCom < sRunCommentsTracking_[sRunNumber_].size(); ++iCom) {` `cout << " " << sRunCommentsTracking_[sRunNumber_].at(iCom).Data() << endl;` `}` `}` `}` `}` `return;` `}` `/// Print summary` `void writeOutput() {` `// Initialize` `ofstream fileLog;` `fileLog.open(sArguments["-o"].Data());` `fileLog << "Tracker Certification runs " << minRun_ << " - " << maxRun_ << endl` `<< "==========================================" << endl` `<< endl` `<< "Used DQM files found in " << sArguments["-p"] << endl` `<< "for dataset " << sArguments["-d"] << endl` `<< "and group name " << sArguments["-g"] << endl` `<< endl` `<< "# of runs total : " << nRuns_ << endl` `<< "------------------------------------------ " << endl` `<< "# of runs certified : " << sRunNumbers_.size() << endl` `<< "# of runs not found in RR : " << nRunsNotRR_ << endl` `<< "# of runs group not found in RR : " << nRunsNotGroup_ << endl` `<< "# of runs dataset not found in RR : " << nRunsNotDataset_ << endl;` `if (!sOptions["-a"])` `fileLog << "# of runs not in SIGNOFF in RR : " << nRunsNotSignoff_ << endl;` `fileLog << "# of runs not found in RR Tracker : " << nRunsNotRRTracker_ << endl` `<< "# of runs group not found in RR Tracker : " << nRunsNotGroupTracker_` `<< endl` `// << "# of runs dataset not found in RR Tracker: " << nRunsNotDatasetTracker_ << endl` `<< "# of runs not found in RR lumis : " << nRunsNotRRLumis_ << endl` `<< "# of runs dataset not found in RR lumis : " << nRunsNotDatasetLumis_ << endl` `<< endl` `<< "# of runs w/o SiStrip : " << nRunsExclSiStrip_ << endl` `<< "# of bad runs SiStrip : " << nRunsBadSiStrip_ << endl` `<< "# of changed runs SiStrip : " << nRunsChangedSiStrip_ << endl` `<< "# of runs w/o Pixel : " << nRunsExclPixel_ << endl` `<< "# of bad runs Pixel : " << nRunsBadPixel_ << endl` `<< "# of changed runs Pixel : " << nRunsChangedPixel_ << endl` `<< "# of runs w/o Tracking (BAD): " << nRunsNoTracking_ << endl` `<< "# of bad runs Tracking : " << nRunsBadTracking_ << endl` `<< "# of changed runs Tracking : " << nRunsChangedTracking_ << endl;` `// SiStrip` `fileLog << endl << sSubSys_[0] << ":" << endl << endl;` `for (UInt_t iRun = 0; iRun < sRunNumbers_.size(); ++iRun) {` `if (sRRSiStrip_[sRunNumbers_.at(iRun)] != sSiStrip_[sRunNumbers_.at(iRun)]) {` `fileLog << " " << sRunNumbers_.at(iRun) << ": " << sRRSiStrip_[sRunNumbers_.at(iRun)] << " --> "` `<< sSiStrip_[sRunNumbers_.at(iRun)] << endl;` `if (sRRSiStrip_[sRunNumbers_.at(iRun)] == TString("BAD")) {` `fileLog << " RR was: " << sRRCommentsSiStrip_[sRunNumbers_.at(iRun)] << endl;` `}` `for (UInt_t iCom = 0; iCom < sRunCommentsSiStrip_[sRunNumbers_.at(iRun)].size(); ++iCom) {` `fileLog << " " << sRunCommentsSiStrip_[sRunNumbers_.at(iRun)].at(iCom).Data() << endl;` `}` `}` `}` `// Pixel` `fileLog << endl << sSubSys_[1] << ":" << endl << endl;` `for (UInt_t iRun = 0; iRun < sRunNumbers_.size(); ++iRun) {` `if (sRRPixel_[sRunNumbers_.at(iRun)] != sPixel_[sRunNumbers_.at(iRun)]) {` `fileLog << " " << sRunNumbers_.at(iRun) << ": " << sRRPixel_[sRunNumbers_.at(iRun)] << " --> "` `<< sPixel_[sRunNumbers_.at(iRun)] << endl;` `if (sRRPixel_[sRunNumbers_.at(iRun)] == TString("BAD")) {` `fileLog << " RR was: " << sRRCommentsPixel_[sRunNumbers_.at(iRun)] << endl;` `}` `for (UInt_t iCom = 0; iCom < sRunCommentsPixel_[sRunNumbers_.at(iRun)].size(); ++iCom) {` `fileLog << " " << sRunCommentsPixel_[sRunNumbers_.at(iRun)].at(iCom).Data() << endl;` `}` `}` `}` `// Tracking` `fileLog << endl << sSubSys_[2] << ":" << endl << endl;` `for (UInt_t iRun = 0; iRun < sRunNumbers_.size(); ++iRun) {` `if (sRRTracking_[sRunNumbers_.at(iRun)] != sTracking_[sRunNumbers_.at(iRun)]) {` `fileLog << " " << sRunNumbers_.at(iRun) << ": " << sRRTracking_[sRunNumbers_.at(iRun)] << " --> "` `<< sTracking_[sRunNumbers_.at(iRun)] << endl;` `if (sRRTracking_[sRunNumbers_.at(iRun)] == TString("BAD")) {` `fileLog << " RR was: " << sRRCommentsTracking_[sRunNumbers_.at(iRun)] << endl;` `}` `for (UInt_t iCom = 0; iCom < sRunCommentsTracking_[sRunNumbers_.at(iRun)].size(); ++iCom) {` `fileLog << " " << sRunCommentsTracking_[sRunNumbers_.at(iRun)].at(iCom).Data() << endl;` `}` `}` `}` `fileLog.close();` `cout << endl << "SUMMARY:" << endl << endl;` `for (UInt_t iRun = 0; iRun < sRunNumbers_.size(); ++iRun) {` `cout << " " << sRunNumbers_.at(iRun) << ":" << endl;` `cout << " " << sSubSys_[0] << ": " << sSiStrip_[sRunNumbers_.at(iRun)] << endl;` `for (UInt_t iCom = 0; iCom < sRunCommentsSiStrip_[sRunNumbers_.at(iRun)].size(); ++iCom) {` `cout << " " << sRunCommentsSiStrip_[sRunNumbers_.at(iRun)].at(iCom).Data() << endl;` `}` `cout << " " << sSubSys_[1] << ": " << sPixel_[sRunNumbers_.at(iRun)] << endl;` `for (UInt_t iCom = 0; iCom < sRunCommentsPixel_[sRunNumbers_.at(iRun)].size(); ++iCom) {` `cout << " " << sRunCommentsPixel_[sRunNumbers_.at(iRun)].at(iCom).Data() << endl;` `}` `cout << " " << sSubSys_[2] << ": " << sTracking_[sRunNumbers_.at(iRun)] << endl;` `for (UInt_t iCom = 0; iCom < sRunCommentsTracking_[sRunNumbers_.at(iRun)].size(); ++iCom) {` `cout << " " << sRunCommentsTracking_[sRunNumbers_.at(iRun)].at(iCom).Data() << endl;` `}` `}` `cout << endl` `<< "Certification SUMMARY to be sent to CMS DQM team available in ./" << sArguments["-o"].Data() << endl` `<< endl;` `return;` `}` `/// Print help` `void displayHelp() {` `cerr << " TrackerRunCertification" << endl` `<< endl` `<< " CMSSW package: DQM/TrackerCommon" << endl` `<< endl` `<< " Purpose:" << endl` `<< endl` `<< " The procedure of certifying data of a given run range is automated in order to speed up the procedure and "` `"to reduce the Tracker Offline Shift Leader's workload."` `<< endl` `<< endl` `<< " Input:" << endl` `<< endl` `<< " - RunRegistry" << endl` `<< " - DQM output files available in AFS" << endl` `<< endl` `<< " Output:" << endl` `<< endl` `<< " Text file" << endl` `<< " - [as explained for command line option '-o']" << endl` `<< " to be sent directly to the CMS DQM team as reply to the weekly certification request." << endl` `<< " It contains a list of all flags changed with respect to the RunRegistry, including the reason(s) in case "` `"the flag is changed to BAD."` `<< endl` `<< endl` `<< " The verbose ('-v') stdout can provide a complete list of all in-/output flags of all analyzed runs and at "` `"its end a summary only with the output flags."` `<< endl` `<< " It makes sense to pipe the stdout to another text file." << endl` `<< endl` `<< " Usage:" << endl` `<< endl` `<< " $ cmsrel CMSSW_RELEASE" << endl` `<< " $ cd CMSSW_RELEASE/src" << endl` `<< " $ cmsenv" << endl` `<< " $ cvs co -r Vxx-yy-zz DQM/TrackerCommon" << endl` `<< " $ scram b -j 5" << endl` `<< " $ rehash" << endl` `<< " $ cd WORKING_DIRECTORY" << endl` `<< " $ [create input files]" << endl` `<< " $ TrackerRunCertification [ARGUMENTOPTION1] [ARGUMENT1] ... [OPTION2] ..." << endl` `<< endl` `<< " Valid argument options are:" << endl` `<< " -d" << endl` `<< " MANDATORY: dataset as in RunRegistry" << endl` `<< " no default" << endl` `<< " -g" << endl` `<< " MANDATORY: group name as in RunRegistry" << endl` `<< " no default" << endl` `<< " -p" << endl` `<< " path to DQM files" << endl` `<< " default: /afs/cern.ch/cms/CAF/CMSCOMM/COMM_DQM/data/OfflineData/Run2010/StreamExpress" << endl` `<< " -P" << endl` `<< " pattern of DQM file names in the DQM file path" << endl` `<< " default: *[DATASET from '-d' option with '/' --> '__'].root" << endl` `<< " -o" << endl` `<< " path to output log file" << endl` `<< " default: trackerRunCertification[DATASET from '-d' option with '/' --> '__']-[GROUP from '-g'].txt"` `<< endl` `<< " -l" << endl` `<< " lower bound of run numbers to consider" << endl` `<< " default: 0" << endl` `<< " -u" << endl` `<< " upper bound of run numbers to consider" << endl` `<< " default: 1073741824 (2^30)" << endl` `<< " -R" << endl` `<< " web address of the RunRegistry" << endl` `<< " default: http://pccmsdqm04.cern.ch/runregistry" << endl` `<< " The default is used for any option not explicitely given in the command line." << endl` `<< endl` `<< " Valid options are:" << endl` `<< " -rr" << endl` `<< " switch on creation of new RR file" << endl` `<< " -rronly" << endl` `<< " only create new RR file, do not run certification" << endl` `<< " -a" << endl` `<< " certify all runs, not only those in \"SIGNOFF\" status" << endl` `<< " -v" << endl` `<< " switch on verbose logging to stdout" << endl` `<< " -h" << endl` `<< " display this help and exit" << endl` `<< endl;` `return;` `}` `/// Little helper to determine run number (TString) from file name/path` `TString RunNumber(const TString& pathFile) {` `const TString sPrefix("DQM_V");` `const TString sNumber(pathFile(pathFile.Index(sPrefix) + sPrefix.Length() + 6, 9));` `UInt_t index((string(sNumber.Data())).find_first_not_of('0'));` `return sNumber(index, sNumber.Length() - index);` `}` `/// Little helper to convert RR flags from TString into Int_t` `Int_t FlagConvert(const TString& flag) {` `map<TString, Int_t> flagSToI;` `flagSToI["MISSING"] = MISSING;` `flagSToI["NOTSET"] = NOTSET;` `flagSToI["EXCL"] = EXCL;` `flagSToI["BAD"] = BAD;` `flagSToI["GOOD"] = GOOD;` `return flagSToI[flag];` `}` `/// Little helper to convert RR flags from Int_t into TString` `TString FlagConvert(const Int_t flag) {` `map<Int_t, TString> flagIToS;` `flagIToS[MISSING] = "MISSING";` `flagIToS[NOTSET] = "NOTSET";` `flagIToS[EXCL] = "EXCL";` `flagIToS[BAD] = "BAD";` `flagIToS[GOOD] = "GOOD";` `return flagIToS[flag];` `}`

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// -*- C++ -*-
//
// Package: DQM/TrackerCommon
//
//
/**
  \brief    Performs DQM offline data certification for SiStrip, Pixel and Tracking

   Purpose:

   The procedure of certifying data of a given run range is automated in order to speed up the procedure and to reduce the Tracker Offline Shift Leader's workload.

   Input:

   - RunRegistry
   - DQM output files available in AFS

   Output:

   Text file
   - [as explained for command line option '-o']
   to be sent directly to the CMS DQM team as reply to the weekly certification request.
   It contains a list of all flags changed with respect to the RunRegistry, including the reason(s) in case the flag is changed to BAD.

   The verbose ('-v') stdout can provide a complete list of all in-/output flags of all analyzed runs and at its end a summary only with the output flags.
   It makes sense to pipe the stdout to another text file.

   Usage:

   $ cmsrel CMSSW_RELEASE
   $ cd CMSSW_RELEASE/src
   $ cmsenv
   $ cvs co -r Vxx-yy-zz DQM/TrackerCommon
   $ scram b -j 5
   $ rehash
   $ cd WORKING_DIRECTORY
   $ [create input files]
   $ TrackerRunCertification [ARGUMENTOPTION1] [ARGUMENT1] ... [OPTION2] ...

   Valid argument options are:
     -d
       MANDATORY: dataset as in RunRegistry
       no default
     -g
       MANDATORY: group name as in RunRegistry
       no default
     -p
       path to DQM files
       default: /afs/cern.ch/cms/CAF/CMSCOMM/COMM_DQM/data/OfflineData/Run2010/StreamExpress
     -P
       pattern of DQM file names in the DQM file path
       default: *[DATASET from '-d' option with '/' --> '__'].root
     -o
       path to output log file
       default: ./trackerRunCertification[DATASET from '-d' option with '/' --> '__']-[GROUP from '-g'].txt
     -L
       path to file with DQM input file list
       default: ./fileList[DATASET from '-d' option with '/' --> '__'].txt
     -l
       lower bound of run numbers to consider
       default: 0
     -u
       upper bound of run numbers to consider
       default: 1073741824 (2^30)
     -R
       web address of the RunRegistry
       default: http://pccmsdqm04.cern.ch/runregistry
     The default is used for any option not explicitely given in the command line.

   Valid options are:
     -rr
       switch on creation of new RR file
     -rronly
       only create new RR file, do not run certification
     -a
       certify all runs, not only those in "SIGNOFF" status
     -v
       switch on verbose logging to stdout
     -h
       display this help and exit

  \author   Volker Adler
*/

#include <algorithm>
#include <string>
#include <vector>
#include <map>
#include <fstream>
#include <iostream>
#include <sstream>

// RooT, needs '<use name="root">' in the BuildFile
#include "TROOT.h"
#include "TSystem.h"
#include "TString.h"
#include "TFile.h"
#include "TKey.h"
#include "TXMLEngine.h"  // needs '<flags LDFLAGS="-lXMLIO">' in the BuildFile

using namespace std;

// Functions
Bool_t createInputFileList();
Bool_t createRRFile();
Bool_t readData(const TString& pathFile);
Bool_t readRR(const TString& pathFile);
Bool_t readRRLumis(const TString& pathFile);
Bool_t readRRTracker(const TString& pathFile);
Bool_t readDQM(const TString& pathFile);
void readCertificates(TDirectory* dir);
void certifyRunRange();
void certifyRun();
void writeOutput();
void displayHelp();
TString RunNumber(const TString& pathFile);
Int_t FlagConvert(const TString& flag);
TString FlagConvert(const Int_t flag);

// Configurables
map<TString, TString> sArguments;
map<TString, Bool_t> sOptions;
TString convertDataset_;
Int_t minRange_;
Int_t maxRange_;
Int_t minRun_;
Int_t maxRun_;

// Global constants
const TString nameFileRR_("RunRegistry.xml");
const TString nameFileRunsRR_(TString("runs").Append(nameFileRR_));
const TString nameFileLumisRR_(TString("lumis").Append(nameFileRR_));
const TString nameFileTrackerRR_(TString("tracker").Append(nameFileRR_));
const TString nameDirHead_("DQMData");
const TString nameDirBase_("EventInfo");
const TString nameDirCert_("CertificationContents");
const TString nameDirReport_("reportSummaryContents");
const TString nameDirDAQ_("DAQContents");
const TString nameDirDCS_("DCSContents");
const TString pathRunFragment_("/Run /");
const UInt_t nSubSys_(3);
const TString sSubSys_[nSubSys_] = {
    // sub-system directory names in DQM files
    "SiStrip",
    "Pixel",
    "Tracking",
};
enum SubSystems {  // according enumeration
  SiStrip,
  Pixel,
  Tracking
};
enum Flags {  // flags' enumeration
  MISSING = -100,
  NOTSET = -99,
  EXCL = -1,
  BAD = 0,
  GOOD = 1
};
const Double_t minGood_(0.95);
const Double_t maxBad_(0.85);

// Certificates and flags
vector<TString> sRunNumbers_;
UInt_t nRuns_(0);
UInt_t nRunsNotRR_(0);
UInt_t nRunsNotGroup_(0);
UInt_t nRunsNotDataset_(0);
UInt_t nRunsNotSignoff_(0);
UInt_t nRunsNotRRLumis_(0);
UInt_t nRunsNotDatasetLumis_(0);
UInt_t nRunsSiStripOff_(0);
UInt_t nRunsPixelOff_(0);
UInt_t nRunsNotRRTracker_(0);
UInt_t nRunsNotGroupTracker_(0);
UInt_t nRunsNotDatasetTracker_(0);
UInt_t nRunsExclSiStrip_(0);
UInt_t nRunsMissSiStrip_(0);
UInt_t nRunsBadSiStrip_(0);
UInt_t nRunsChangedSiStrip_(0);
map<TString, TString> sSiStrip_;
map<TString, TString> sRRSiStrip_;
map<TString, TString> sRRTrackerSiStrip_;
map<TString, TString> sDQMSiStrip_;
map<TString, vector<TString> > sRunCommentsSiStrip_;
map<TString, TString> sRRCommentsSiStrip_;
map<TString, TString> sRRTrackerCommentsSiStrip_;
UInt_t nRunsExclPixel_(0);
UInt_t nRunsMissPixel_(0);
UInt_t nRunsBadPixel_(0);
UInt_t nRunsChangedPixel_(0);
map<TString, TString> sPixel_;
map<TString, TString> sRRPixel_;
map<TString, TString> sRRTrackerPixel_;
map<TString, TString> sDQMPixel_;
map<TString, vector<TString> > sRunCommentsPixel_;
map<TString, TString> sRRCommentsPixel_;
map<TString, TString> sRRTrackerCommentsPixel_;
UInt_t nRunsNoTracking_(0);
UInt_t nRunsBadTracking_(0);
UInt_t nRunsChangedTracking_(0);
map<TString, TString> sTracking_;
map<TString, TString> sRRTracking_;
map<TString, TString> sRRTrackerTracking_;
map<TString, TString> sDQMTracking_;
map<TString, vector<TString> > sRunCommentsTracking_;
map<TString, TString> sRRCommentsTracking_;
map<TString, TString> sRRTrackerCommentsTracking_;
// Certificates and flags (run-by-run)
TString sRunNumber_;
TString sVersion_;
map<TString, Double_t> fCertificates_;
map<TString, Int_t> iFlagsRR_;
map<TString, Int_t> iFlagsRRTracker_;
map<TString, Bool_t> bAvailable_;
Bool_t bSiStripOn_;
Bool_t bPixelOn_;

/// Checks arguments and runs input check/creation and run certification incl. output
int main(int argc, char* argv[]) {
  cout << endl;

  // Initialize defaults
  sArguments["-d"] = "";  // dataset
  sArguments["-g"] = "";  // group
  sArguments["-p"] =
      "/afs/cern.ch/cms/CAF/CMSCOMM/COMM_DQM/data/OfflineData/Run2010/StreamExpress";  // path to DQM files
  sArguments["-P"] = "";            // pattern of DQM file names in the DQM file path
  sArguments["-l"] = "0";           // lower bound of run numbers to consider
  sArguments["-u"] = "1073741824";  // 2^30                                 // upper bound of run numbers to consider
  sArguments["-o"] = "";            // path to main output file
  sArguments["-L"] = "";            // path to file with DQM input file list
  sArguments["-R"] = "http://pccmsdqm04.cern.ch/runregistry";  // web address of the RunRegistry
  minRun_ = sArguments["-u"].Atoi();
  maxRun_ = sArguments["-l"].Atoi();
  sOptions["-rr"] = kFALSE;
  sOptions["-rronly"] = kFALSE;
  sOptions["-a"] = kFALSE;
  sOptions["-v"] = kFALSE;
  sOptions["-h"] = kFALSE;

  // Input arguments (very simple)
  if (argc == 1) {
    displayHelp();
    return 0;
  }
  for (int iArgument = 1; iArgument < argc; ++iArgument) {
    if (sArguments.find(argv[iArgument]) != sArguments.end()) {
      if (sArguments.find(argv[iArgument + 1]) == sArguments.end() &&
          sOptions.find(argv[iArgument + 1]) == sOptions.end()) {
        sArguments[argv[iArgument]] = argv[iArgument + 1];
      }
    } else if (sOptions.find(argv[iArgument]) != sOptions.end()) {
      sOptions[argv[iArgument]] = kTRUE;
    }
  }
  if (sOptions["-h"]) {
    displayHelp();
    return 0;
  }
  if (sArguments["-d"] == "") {
    cerr << "    ERROR: no dataset given with '-d' option" << endl;
    return 1;
  }
  if (sArguments["-g"] == "" && !sOptions["-rronly"]) {
    cerr << "    ERROR: no group name given with '-g' option" << endl;
    return 1;
  }
  convertDataset_ = sArguments["-d"];
  convertDataset_.ReplaceAll("/", "__");
  if (sArguments["-o"] == "") {
    sArguments["-o"] = TString("trackerRunCertification" + convertDataset_ + "-" + sArguments["-g"] + ".txt");
  }
  if (sArguments["-L"] == "") {
    sArguments["-L"] = TString("fileList" + convertDataset_ + ".txt");
  }
  if (sArguments["-P"] == "") {
    sArguments["-P"] = TString("*" + convertDataset_ + ".root");
  }
  minRange_ = sArguments["-l"].Atoi();
  maxRange_ = sArguments["-u"].Atoi();

  // Run
  if (!createInputFileList())
    return 12;
  if (sOptions["-rronly"]) {
    if (!createRRFile())
      return 13;
    return 0;
  }
  if (sOptions["-rr"] && !createRRFile())
    return 13;
  certifyRunRange();

  return 0;
}

/// Checks for DQM RooT files in pre-defined directory, compares to optinally given run range and writes the resulting file list to a file
/// Returns 'kTRUE', if DQM files for the given run range and path have been found, 'kFALSE' otherwise.
Bool_t createInputFileList() {
  // Create input file list on the fly
  gSystem->Exec(TString("rm -f " + sArguments["-L"]).Data());
  gSystem->Exec(TString("ls -1 " + sArguments["-p"] + "/*/" + sArguments["-P"] + " > " + sArguments["-L"]).Data());
  ofstream fileListWrite;
  fileListWrite.open(sArguments["-L"].Data(), ios_base::app);
  fileListWrite << "EOF";
  fileListWrite.close();

  // Loop over input file list and recreate it according to run range
  ifstream fileListRead;
  fileListRead.open(sArguments["-L"].Data());
  ofstream fileListNewWrite;
  const TString nameFileListNew(sArguments["-L"] + ".new");
  fileListNewWrite.open(nameFileListNew, ios_base::app);
  UInt_t nFiles(0);
  while (fileListRead.good()) {
    TString pathFile;
    fileListRead >> pathFile;
    if (pathFile.Length() == 0)
      continue;
    sRunNumber_ = RunNumber(pathFile);
    if (!RunNumber(pathFile).IsDigit())
      continue;
    ++nFiles;
    const Int_t iRun(RunNumber(pathFile).Atoi());
    if (minRange_ > iRun || iRun > maxRange_)
      continue;
    fileListNewWrite << pathFile << endl;
    if (iRun < minRun_)
      minRun_ = iRun;
    if (iRun > maxRun_)
      maxRun_ = iRun;
  }

  fileListRead.close();
  fileListNewWrite.close();
  gSystem->Exec(TString("mv ").Append(nameFileListNew).Append(" ").Append(sArguments["-L"]));

  if (nFiles == 0 || maxRun_ < minRun_) {
    cerr << "  ERROR: no files to certify" << endl;
    cerr << "  no files found in " << sArguments["-p"] << " between the run numbers " << minRange_ << " and "
         << maxRange_ << endl;
    return kFALSE;
  }
  return kTRUE;
}

/// Gets XML file with complete RunRegistry information from the web server
/// Returns 'kTRUE', if XML file is present and not empty, 'kFALSE' otherwise.
Bool_t createRRFile() {
  ostringstream minRun;
  minRun << minRun_;
  ostringstream maxRun;
  maxRun << maxRun_;
  cerr << "  Extracting RunRegistry output for runs " << minRun.str() << " - " << maxRun.str() << " ...";
  TString commandBase(TString(gSystem->Getenv("CMSSW_BASE"))
                          .Append("/src/DQM/TrackerCommon/bin/getRunRegistry.py")
                          .Append(" -s ")
                          .Append(sArguments["-R"])
                          .Append("/xmlrpc")
                          .Append(" ")
                          .Append(" -l ")
                          .Append(minRun.str())
                          .Append(" -u ")
                          .Append(maxRun.str()));
  TString commandRuns(commandBase);
  commandRuns.Append(" -f ").Append(nameFileRunsRR_).Append(" -T RUN -t xml_all");
  if (sOptions["-v"])
    cerr << endl << endl << "    " << commandRuns.Data() << endl;
  gSystem->Exec(commandRuns);
  TString commandLumis(commandBase);
  commandLumis.Append(" -f ").Append(nameFileLumisRR_).Append(" -T RUNLUMISECTION -t xml");
  if (sOptions["-v"])
    cerr << "    " << commandLumis.Data() << endl;
  gSystem->Exec(commandLumis);
  TString commandTracker(commandBase);
  commandTracker.Append(" -f ").Append(nameFileTrackerRR_).Append(" -T RUN -t xml_all -w TRACKER");
  if (sOptions["-v"])
    cerr << "    " << commandTracker.Data() << endl << endl << "  ...";
  gSystem->Exec(commandTracker);
  cerr << " done!" << endl << endl;

  const UInt_t maxLength(131071);  // FIXME hard-coding for what?
  char xmlLine[maxLength];
  UInt_t lines(0);
  ifstream fileRunsRR;
  fileRunsRR.open(nameFileRunsRR_.Data());
  if (!fileRunsRR) {
    cerr << "  ERROR: RR file " << nameFileRunsRR_.Data() << " does not exist" << endl;
    cerr << "  Please, check access to RR" << endl;
    return kFALSE;
  }
  while (lines <= 1 && fileRunsRR.getline(xmlLine, maxLength))
    ++lines;
  if (lines <= 1) {
    cerr << "  ERROR: empty RR file " << nameFileRunsRR_.Data() << endl;
    cerr << "  Please, check access to RR:" << endl;
    cerr << "  - DQM/TrackerCommon/bin/getRunRegistry.py" << endl;
    cerr << "  - https://twiki.cern.ch/twiki/bin/view/CMS/DqmRrApi" << endl;
    return kFALSE;
  }
  fileRunsRR.close();
  ifstream fileLumisRR;
  fileLumisRR.open(nameFileLumisRR_.Data());
  if (!fileLumisRR) {
    cerr << "  ERROR: RR file " << nameFileLumisRR_.Data() << " does not exist" << endl;
    cerr << "  Please, check access to RR" << endl;
    return kFALSE;
  }
  while (lines <= 1 && fileLumisRR.getline(xmlLine, maxLength))
    ++lines;
  if (lines <= 1) {
    cerr << "  ERROR: empty RR file " << nameFileLumisRR_.Data() << endl;
    cerr << "  Please, check access to RR:" << endl;
    cerr << "  - DQM/TrackerCommon/bin/getRunRegistry.py" << endl;
    cerr << "  - https://twiki.cern.ch/twiki/bin/view/CMS/DqmRrApi" << endl;
    return kFALSE;
  }
  fileLumisRR.close();
  ifstream fileTrackerRR;
  fileTrackerRR.open(nameFileTrackerRR_.Data());
  if (!fileTrackerRR) {
    cerr << "  ERROR: RR file " << nameFileTrackerRR_.Data() << " does not exist" << endl;
    cerr << "  Please, check access to RR" << endl;
    return kFALSE;
  }
  while (lines <= 1 && fileTrackerRR.getline(xmlLine, maxLength))
    ++lines;
  if (lines <= 1) {
    cerr << "  ERROR: empty RR file " << nameFileTrackerRR_.Data() << endl;
    cerr << "  Please, check access to RR:" << endl;
    cerr << "  - DQM/TrackerCommon/bin/getRunRegistry.py" << endl;
    cerr << "  - https://twiki.cern.ch/twiki/bin/view/CMS/DqmRrApi" << endl;
    return kFALSE;
  }
  fileTrackerRR.close();

  return kTRUE;
}

/// Loops over runs
void certifyRunRange() {
  // Loop over runs
  ifstream fileListRead;
  fileListRead.open(sArguments["-L"].Data());
  while (fileListRead.good()) {
    TString pathFile;
    fileListRead >> pathFile;
    if (pathFile.Length() == 0)
      continue;
    ++nRuns_;
    sRunNumber_ = RunNumber(pathFile);
    cout << "  Processing RUN " << sRunNumber_.Data() << endl;
    if (readData(pathFile)) {
      sRunNumbers_.push_back(sRunNumber_);
      certifyRun();
    }
  }
  fileListRead.close();
  writeOutput();

  return;
}

/// Reads input data for a given run
/// Returns 'kTRUE', if RR and DQM information have been read successfully, 'kFALSE' otherwise.
Bool_t readData(const TString& pathFile) {
  if (!readRR(pathFile))
    return kFALSE;
  //   if ( ! readRRLumis( pathFile ) )   return kFALSE; // LS currently not used
  if (!readRRTracker(pathFile))
    return kFALSE;
  if (!readDQM(pathFile))
    return kFALSE;
  return kTRUE;
}

/// Reads manually set RR certification flags for a given run
/// Returns 'kTRUE', if a given run is present in RR, 'kFALSE' otherwise.
Bool_t readRR(const TString& pathFile) {
  // Initialize
  map<TString, TString> sFlagsRR;
  map<TString, TString> sCommentsRR;
  iFlagsRR_.clear();
  Bool_t foundRun(kFALSE);
  Bool_t foundGroup(kFALSE);
  Bool_t foundDataset(kFALSE);
  Bool_t foundSignoff(kFALSE);
  vector<TString> nameCmpNode;
  nameCmpNode.push_back("STRIP");
  nameCmpNode.push_back("PIX");
  nameCmpNode.push_back("TRACK");

  // Read RR file corresponding to output format type 'xml_all'
  TXMLEngine* xmlRR(new TXMLEngine);
  XMLDocPointer_t xmlRRDoc(xmlRR->ParseFile(nameFileRunsRR_.Data()));
  XMLNodePointer_t nodeMain(xmlRR->DocGetRootElement(xmlRRDoc));
  XMLNodePointer_t nodeRun(xmlRR->GetChild(nodeMain));
  while (nodeRun) {
    XMLNodePointer_t nodeRunChild(xmlRR->GetChild(nodeRun));
    while (nodeRunChild && TString(xmlRR->GetNodeName(nodeRunChild)) != "NUMBER")
      nodeRunChild = xmlRR->GetNext(nodeRunChild);
    if (nodeRunChild && xmlRR->GetNodeContent(nodeRunChild) == sRunNumber_) {
      foundRun = kTRUE;
      nodeRunChild = xmlRR->GetChild(nodeRun);
      while (nodeRunChild && TString(xmlRR->GetNodeName(nodeRunChild)) != "GROUP_NAME")
        nodeRunChild = xmlRR->GetNext(nodeRunChild);
      if (nodeRunChild && xmlRR->GetNodeContent(nodeRunChild) == sArguments["-g"]) {
        foundGroup = kTRUE;
        nodeRunChild = xmlRR->GetChild(nodeRun);
        while (nodeRunChild && TString(xmlRR->GetNodeName(nodeRunChild)) != "DATASETS")
          nodeRunChild = xmlRR->GetNext(nodeRunChild);
        if (nodeRunChild) {
          XMLNodePointer_t nodeDataset(xmlRR->GetChild(nodeRunChild));
          while (nodeDataset) {
            XMLNodePointer_t nodeDatasetChild(xmlRR->GetChild(nodeDataset));
            while (nodeDatasetChild && TString(xmlRR->GetNodeName(nodeDatasetChild)) != "NAME")
              nodeDatasetChild = xmlRR->GetNext(nodeDatasetChild);
            if (nodeDatasetChild && TString(xmlRR->GetNodeContent(nodeDatasetChild)) == sArguments["-d"]) {
              foundDataset = kTRUE;
              nodeDatasetChild = xmlRR->GetChild(nodeDataset);
              while (nodeDatasetChild && xmlRR->GetNodeName(nodeDatasetChild) != TString("STATE"))
                nodeDatasetChild = xmlRR->GetNext(nodeDatasetChild);
              if (sOptions["-a"] ||
                  (nodeDatasetChild && TString(xmlRR->GetNodeContent(nodeDatasetChild)) == "SIGNOFF")) {
                foundSignoff = kTRUE;
                nodeDatasetChild = xmlRR->GetChild(nodeDataset);
                while (nodeDatasetChild && TString(xmlRR->GetNodeName(nodeDatasetChild)) != "CMPS")
                  nodeDatasetChild = xmlRR->GetNext(nodeDatasetChild);
                if (nodeDatasetChild) {
                  XMLNodePointer_t nodeCmp(xmlRR->GetChild(nodeDatasetChild));
                  while (nodeCmp) {
                    XMLNodePointer_t nodeCmpChild(xmlRR->GetChild(nodeCmp));
                    while (nodeCmpChild && TString(xmlRR->GetNodeName(nodeCmpChild)) != "NAME")
                      nodeCmpChild = xmlRR->GetNext(nodeCmpChild);
                    if (nodeCmpChild) {
                      for (UInt_t iNameNode = 0; iNameNode < nameCmpNode.size(); ++iNameNode) {
                        if (xmlRR->GetNodeContent(nodeCmpChild) == nameCmpNode.at(iNameNode)) {
                          TString nameNode("RR_" + nameCmpNode.at(iNameNode));
                          XMLNodePointer_t nodeCmpChildNew = xmlRR->GetChild(nodeCmp);
                          while (nodeCmpChildNew && TString(xmlRR->GetNodeName(nodeCmpChildNew)) != "VALUE")
                            nodeCmpChildNew = xmlRR->GetNext(nodeCmpChildNew);
                          if (nodeCmpChildNew) {
                            sFlagsRR[nameNode] = TString(xmlRR->GetNodeContent(nodeCmpChildNew));
                            if (sFlagsRR[nameNode] == "BAD") {
                              nodeCmpChildNew = xmlRR->GetChild(nodeCmp);
                              while (nodeCmpChildNew && TString(xmlRR->GetNodeName(nodeCmpChildNew)) != "COMMENT")
                                nodeCmpChildNew = xmlRR->GetNext(nodeCmpChildNew);
                              if (nodeCmpChildNew) {
                                sCommentsRR[nameNode] = TString(xmlRR->GetNodeContent(nodeCmpChildNew));
                              }
                            }
                          }
                        }
                      }
                    }
                    nodeCmp = xmlRR->GetNext(nodeCmp);
                  }
                }
                break;
              }
              break;
            }
            nodeDataset = xmlRR->GetNext(nodeDataset);
          }
        }
      }
      break;
    }
    nodeRun = xmlRR->GetNext(nodeRun);
  }

  if (!foundRun) {
    ++nRunsNotRR_;
    cout << "    Run not found in RR" << endl;
    return kFALSE;
  }
  if (!foundGroup) {
    ++nRunsNotGroup_;
    cout << "    Group " << sArguments["-g"] << " not found in RR" << endl;
    return kFALSE;
  }
  if (!foundDataset) {
    ++nRunsNotDataset_;
    cout << "    Dataset " << sArguments["-d"] << " not found in RR" << endl;
    return kFALSE;
  }
  if (!foundSignoff) {
    ++nRunsNotSignoff_;
    cout << "    Dataset not in SIGNOFF in RR" << endl;
    return kFALSE;
  }

  if (sOptions["-v"])
    for (map<TString, TString>::const_iterator flag = sFlagsRR.begin(); flag != sFlagsRR.end(); ++flag)
      cout << "    " << flag->first << ": " << flag->second << endl;
  for (UInt_t iNameNode = 0; iNameNode < nameCmpNode.size(); ++iNameNode) {
    TString nameNode("RR_" + nameCmpNode.at(iNameNode));
    if (sFlagsRR.find(nameNode) == sFlagsRR.end()) {
      cout << "    WARNING: component " << nameCmpNode.at(iNameNode).Data() << " not found in RR" << endl;
      cout << "    Automatically set to MISSING" << endl;
      sFlagsRR[nameNode] = "MISSING";
    }
  }

  sRRCommentsSiStrip_[sRunNumber_] = sCommentsRR["RR_STRIP"];
  sRRCommentsPixel_[sRunNumber_] = sCommentsRR["RR_PIX"];
  sRRCommentsTracking_[sRunNumber_] = sCommentsRR["RR_TRACK"];
  iFlagsRR_[sSubSys_[SiStrip]] = FlagConvert(sFlagsRR["RR_STRIP"]);
  iFlagsRR_[sSubSys_[Pixel]] = FlagConvert(sFlagsRR["RR_PIX"]);
  iFlagsRR_[sSubSys_[Tracking]] = FlagConvert(sFlagsRR["RR_TRACK"]);
  if (iFlagsRR_[sSubSys_[SiStrip]] == EXCL)
    ++nRunsExclSiStrip_;
  if (iFlagsRR_[sSubSys_[Pixel]] == EXCL)
    ++nRunsExclPixel_;
  if (iFlagsRR_[sSubSys_[SiStrip]] == MISSING)
    ++nRunsMissSiStrip_;
  if (iFlagsRR_[sSubSys_[Pixel]] == MISSING)
    ++nRunsMissPixel_;
  if ((iFlagsRR_[sSubSys_[SiStrip]] == EXCL || iFlagsRR_[sSubSys_[SiStrip]] == MISSING) &&
      (iFlagsRR_[sSubSys_[Pixel]] == EXCL || iFlagsRR_[sSubSys_[Pixel]] == MISSING))
    ++nRunsNoTracking_;

  return kTRUE;
}

/// Reads RR HV states for lumi ranges in a given run
/// Returns 'kFALSE', if Tracker was in STANDBY during the run, 'kTRUE' otherwise.
Bool_t readRRLumis(const TString& pathFile) {
  bSiStripOn_ = false;
  bPixelOn_ = false;
  map<TString, Bool_t> bLumiSiStripOn_;
  map<TString, Bool_t> bLumiPixelOn_;
  Bool_t foundRun(kFALSE);
  Bool_t foundDataset(kFALSE);

  // Read RR file corresponding to output format type 'xml'
  TXMLEngine* xmlRR(new TXMLEngine);
  XMLDocPointer_t xmlRRDoc(xmlRR->ParseFile(nameFileLumisRR_.Data()));
  XMLNodePointer_t nodeMain(xmlRR->DocGetRootElement(xmlRRDoc));
  XMLNodePointer_t nodeRun(xmlRR->GetChild(nodeMain));
  while (nodeRun) {
    XMLNodePointer_t nodeRunChild(xmlRR->GetChild(nodeRun));
    while (nodeRunChild && TString(xmlRR->GetNodeName(nodeRunChild)) != "NUMBER")
      nodeRunChild = xmlRR->GetNext(nodeRunChild);
    if (nodeRunChild && xmlRR->GetNodeContent(nodeRunChild) == sRunNumber_) {
      foundRun = kTRUE;
      nodeRunChild = xmlRR->GetChild(nodeRun);
      while (nodeRunChild && TString(xmlRR->GetNodeName(nodeRunChild)) != "DATASET")
        nodeRunChild = xmlRR->GetNext(nodeRunChild);
      if (nodeRunChild) {
        XMLNodePointer_t nodeDatasetChild(xmlRR->GetChild(nodeRunChild));
        while (nodeDatasetChild && TString(xmlRR->GetNodeName(nodeDatasetChild)) != "NAME")
          nodeDatasetChild = xmlRR->GetNext(nodeDatasetChild);
        if (nodeDatasetChild && xmlRR->GetNodeContent(nodeDatasetChild) == sArguments["-d"]) {
          foundDataset = kTRUE;
          XMLNodePointer_t nodeLumiRange(xmlRR->GetChild(nodeRunChild));
          while (nodeLumiRange) {
            bLumiSiStripOn_["DCSTIBTID"] = kFALSE;
            bLumiSiStripOn_["DCSTOB"] = kFALSE;
            bLumiSiStripOn_["DCSTECM"] = kFALSE;
            bLumiSiStripOn_["DCSTECP"] = kFALSE;
            bLumiPixelOn_["DCSFPIX"] = kFALSE;
            bLumiPixelOn_["DCSBPIX"] = kFALSE;
            if (TString(xmlRR->GetNodeName(nodeLumiRange)) == "LUMI_SECTION_RANGE") {
              XMLNodePointer_t nodeLumiRangeChild(xmlRR->GetChild(nodeLumiRange));
              while (nodeLumiRangeChild && TString(xmlRR->GetNodeName(nodeLumiRangeChild)) != "PARAMETERS")
                nodeLumiRangeChild = xmlRR->GetNext(nodeLumiRangeChild);
              if (nodeLumiRangeChild) {
                XMLNodePointer_t nodeParameter(xmlRR->GetChild(nodeLumiRangeChild));
                while (nodeParameter) {
                  if (xmlRR->GetNodeContent(nodeParameter) && xmlRR->GetNodeContent(nodeParameter) == TString("true")) {
                    const TString nodeName(xmlRR->GetNodeName(nodeParameter));
                    if (bLumiSiStripOn_.find(nodeName) != bLumiSiStripOn_.end()) {
                      bLumiSiStripOn_[nodeName] = kTRUE;
                    } else if (bLumiPixelOn_.find(nodeName) != bLumiPixelOn_.end()) {
                      bLumiPixelOn_[nodeName] = kTRUE;
                    }
                  }
                  nodeParameter = xmlRR->GetNext(nodeParameter);
                }
              }
            }
            Bool_t siStripOn(kTRUE);
            Bool_t pixelOn(kTRUE);
            for (map<TString, Bool_t>::const_iterator iMap = bLumiSiStripOn_.begin(); iMap != bLumiSiStripOn_.end();
                 ++iMap) {
              if (!iMap->second)
                siStripOn = kFALSE;
              break;
            }
            for (map<TString, Bool_t>::const_iterator iMap = bLumiPixelOn_.begin(); iMap != bLumiPixelOn_.end();
                 ++iMap) {
              if (!iMap->second)
                pixelOn = kFALSE;
              break;
            }
            if (siStripOn)
              bSiStripOn_ = kTRUE;
            if (pixelOn)
              bPixelOn_ = kTRUE;
            if (bSiStripOn_ && bPixelOn_)
              break;
            nodeLumiRange = xmlRR->GetNext(nodeLumiRange);
          }
          break;
        }
      }
      break;
    }
    nodeRun = xmlRR->GetNext(nodeRun);
  }

  if (!foundRun) {
    ++nRunsNotRRLumis_;
    cout << "    Run " << sRunNumber_ << " not found in RR lumis" << endl;
    return kFALSE;
  }
  if (!foundDataset) {
    ++nRunsNotDatasetLumis_;
    cout << "    Dataset " << sArguments["-d"] << " not found in RR lumis" << endl;
    return kFALSE;
  }
  if (!bSiStripOn_) {
    ++nRunsSiStripOff_;
    cout << "    SiStrip (partially) OFF during the whole run" << endl;
  }
  if (!bPixelOn_) {
    ++nRunsPixelOff_;
    cout << "    Pixel (partially) OFF during the whole run" << endl;
  }

  return kTRUE;
}

/// Reads RR certification flags for lumi ranges in a given run
/// Returns 'kTRUE', if a given run is present in RR, 'kFALSE' otherwise.
Bool_t readRRTracker(const TString& pathFile) {
  map<TString, TString> sFlagsRRTracker;
  map<TString, TString> sCommentsRRTracker;
  iFlagsRRTracker_.clear();
  Bool_t foundRun(kFALSE);
  Bool_t foundGroup(kFALSE);
  Bool_t foundDataset(kFALSE);
  vector<TString> nameCmpNode;
  nameCmpNode.push_back("STRIP");
  nameCmpNode.push_back("PIXEL");
  nameCmpNode.push_back("TRACKING");

  // Read RR file corresponding to output format type 'xml'
  TXMLEngine* xmlRR(new TXMLEngine);
  XMLDocPointer_t xmlRRDoc(xmlRR->ParseFile(nameFileTrackerRR_.Data()));
  XMLNodePointer_t nodeMain(xmlRR->DocGetRootElement(xmlRRDoc));
  XMLNodePointer_t nodeRun(xmlRR->GetChild(nodeMain));
  while (nodeRun) {
    XMLNodePointer_t nodeRunChild(xmlRR->GetChild(nodeRun));
    while (nodeRunChild && TString(xmlRR->GetNodeName(nodeRunChild)) != "NUMBER")
      nodeRunChild = xmlRR->GetNext(nodeRunChild);
    if (nodeRunChild && xmlRR->GetNodeContent(nodeRunChild) == sRunNumber_) {
      foundRun = kTRUE;
      nodeRunChild = xmlRR->GetChild(nodeRun);
      while (nodeRunChild && TString(xmlRR->GetNodeName(nodeRunChild)) != "GROUP_NAME")
        nodeRunChild = xmlRR->GetNext(nodeRunChild);
      if (nodeRunChild && xmlRR->GetNodeContent(nodeRunChild) == sArguments["-g"]) {
        foundGroup = kTRUE;
        nodeRunChild = xmlRR->GetChild(nodeRun);
        while (nodeRunChild && TString(xmlRR->GetNodeName(nodeRunChild)) != "DATASETS")
          nodeRunChild = xmlRR->GetNext(nodeRunChild);
        if (nodeRunChild) {
          XMLNodePointer_t nodeDataset(xmlRR->GetChild(nodeRunChild));
          while (nodeDataset) {
            XMLNodePointer_t nodeDatasetChild(xmlRR->GetChild(nodeDataset));
            while (nodeDatasetChild && TString(xmlRR->GetNodeName(nodeDatasetChild)) != "NAME")
              nodeDatasetChild = xmlRR->GetNext(nodeDatasetChild);
            //             if ( nodeDatasetChild && TString( xmlRR->GetNodeContent( nodeDatasetChild ) ) == sArguments[ "-d" ] ) {
            if (nodeDatasetChild &&
                TString(xmlRR->GetNodeContent(nodeDatasetChild)) ==
                    TString("/Global/Online/ALL")) {  // currently cretaed under this dataset name in RR TRACKER
              foundDataset = kTRUE;
              nodeDatasetChild = xmlRR->GetChild(nodeDataset);
              while (nodeDatasetChild && TString(xmlRR->GetNodeName(nodeDatasetChild)) != "CMPS")
                nodeDatasetChild = xmlRR->GetNext(nodeDatasetChild);
              if (nodeDatasetChild) {
                XMLNodePointer_t nodeCmp(xmlRR->GetChild(nodeDatasetChild));
                while (nodeCmp) {
                  XMLNodePointer_t nodeCmpChild(xmlRR->GetChild(nodeCmp));
                  while (nodeCmpChild && TString(xmlRR->GetNodeName(nodeCmpChild)) != "NAME")
                    nodeCmpChild = xmlRR->GetNext(nodeCmpChild);
                  if (nodeCmpChild) {
                    for (UInt_t iNameNode = 0; iNameNode < nameCmpNode.size(); ++iNameNode) {
                      if (xmlRR->GetNodeContent(nodeCmpChild) == nameCmpNode.at(iNameNode)) {
                        TString nameNode("RRTracker_" + nameCmpNode.at(iNameNode));
                        XMLNodePointer_t nodeCmpChildNew(xmlRR->GetChild(nodeCmp));
                        while (nodeCmpChildNew && TString(xmlRR->GetNodeName(nodeCmpChildNew)) != "VALUE")
                          nodeCmpChildNew = xmlRR->GetNext(nodeCmpChildNew);
                        if (nodeCmpChildNew) {
                          sFlagsRRTracker[nameNode] = TString(xmlRR->GetNodeContent(nodeCmpChildNew));
                          if (sFlagsRRTracker[nameNode] == "BAD") {
                            nodeCmpChildNew = xmlRR->GetChild(nodeCmp);
                            while (nodeCmpChildNew && TString(xmlRR->GetNodeName(nodeCmpChildNew)) != "COMMENT")
                              nodeCmpChildNew = xmlRR->GetNext(nodeCmpChildNew);  // FIXME Segmentation violation???
                            if (nodeCmpChildNew) {
                              sCommentsRRTracker[nameNode] = TString(xmlRR->GetNodeContent(nodeCmpChildNew));
                            }
                          }
                        }
                      }
                    }
                  }
                  nodeCmp = xmlRR->GetNext(nodeCmp);
                }
              }
              break;
            }
            nodeDataset = xmlRR->GetNext(nodeDataset);
          }
        }
      }
      break;
    }
    nodeRun = xmlRR->GetNext(nodeRun);
  }

  if (!foundRun) {
    ++nRunsNotRRTracker_;
    cout << "    Run " << sRunNumber_ << " not found in RR Tracker" << endl;
    return kFALSE;
  }
  if (!foundGroup) {
    ++nRunsNotGroupTracker_;
    cout << "    Group " << sArguments["-g"] << " not found in RR" << endl;
    return kFALSE;
  }
  if (!foundDataset) {
    ++nRunsNotDatasetTracker_;
    cout << "    Dataset " << sArguments["-d"] << " not found in RR Tracker" << endl;
    return kFALSE;
  }

  sRRTrackerCommentsSiStrip_[sRunNumber_] = sCommentsRRTracker["RRTracker_STRIP"];
  sRRTrackerCommentsPixel_[sRunNumber_] = sCommentsRRTracker["RRTracker_PIXEL"];
  sRRTrackerCommentsTracking_[sRunNumber_] = sCommentsRRTracker["RRTracker_TRACKING"];
  iFlagsRRTracker_[sSubSys_[SiStrip]] = FlagConvert(sFlagsRRTracker["RRTracker_STRIP"]);
  iFlagsRRTracker_[sSubSys_[Pixel]] = FlagConvert(sFlagsRRTracker["RRTracker_PIXEL"]);
  iFlagsRRTracker_[sSubSys_[Tracking]] = FlagConvert(sFlagsRRTracker["RRTracker_TRACKING"]);

  return kTRUE;
}

/// Reads automatically created certification flags/values from the DQM file for a given run
/// Returns 'kTRUE', if the DQM file is readable, 'kFALSE' otherwise.
Bool_t readDQM(const TString& pathFile) {
  // Initialize
  fCertificates_.clear();
  bAvailable_.clear();

  // Open DQM file
  TFile* fileDQM(TFile::Open(pathFile.Data()));
  if (!fileDQM) {
    cerr << "    ERROR: DQM file not found" << endl;
    cerr << "    Please, check path to DQM files" << endl;
    return kFALSE;
  }

  // Browse certification folders
  vector<TString> nameCertDir;
  nameCertDir.push_back(nameDirHead_);
  for (UInt_t iSys = 0; iSys < nSubSys_; ++iSys) {
    bAvailable_[sSubSys_[iSys]] = (iFlagsRR_[sSubSys_[iSys]] != EXCL);
    if (bAvailable_[sSubSys_[iSys]]) {
      const TString baseDir(nameDirHead_ + pathRunFragment_ + sSubSys_[iSys] + "/Run summary/" + nameDirBase_);
      nameCertDir.push_back(baseDir);
      nameCertDir.push_back(baseDir + "/" + nameDirCert_);
      nameCertDir.push_back(baseDir + "/" + nameDirReport_);
      if (iSys != Tracking) {
        nameCertDir.push_back(baseDir + "/" + nameDirDAQ_);
        nameCertDir.push_back(baseDir + "/" + nameDirDCS_);
      }
    }
  }
  for (UInt_t iDir = 0; iDir < nameCertDir.size(); ++iDir) {
    const TString nameCurDir(nameCertDir.at(iDir).Contains(pathRunFragment_)
                                 ? nameCertDir.at(iDir).Insert(nameCertDir.at(iDir).Index("Run ") + 4, sRunNumber_)
                                 : nameCertDir.at(iDir));
    TDirectory* dirSub((TDirectory*)fileDQM->Get(nameCurDir.Data()));
    if (!dirSub) {
      cout << "    WARNING: " << nameCurDir.Data() << " does not exist" << endl;
      continue;
    }
    readCertificates(dirSub);
  }

  fileDQM->Close();

  if (sOptions["-v"]) {
    cout << "    " << sVersion_ << endl;
    for (map<TString, Double_t>::const_iterator cert = fCertificates_.begin(); cert != fCertificates_.end(); ++cert)
      cout << "    " << cert->first << ": " << cert->second << endl;
  }

  return kTRUE;
}

/// Extract run certificates from DQM file
void readCertificates(TDirectory* dir) {
  TIter nextKey(dir->GetListOfKeys());
  TKey* key;
  while ((key = (TKey*)nextKey())) {
    const TString nameKey(key->GetName());
    const Int_t index1(nameKey.Index(">"));
    if (index1 == kNPOS)
      continue;
    TString nameCert(nameKey(1, index1 - 1));
    if (TString(dir->GetName()) == nameDirHead_) {
      if (nameCert.CompareTo("ReleaseTag") == 0) {
        const Ssiz_t indexKey(nameKey.Index("s=") + 2);
        const TString nameKeyBrake(nameKey(indexKey, nameKey.Length() - indexKey));
        sVersion_ = nameKeyBrake(0, nameKeyBrake.Index("<"));
      }
      continue;
    }
    TString nameCertFirst(nameCert(0, 1));
    nameCertFirst.ToUpper();
    nameCert.Replace(0, 1, nameCertFirst);
    if (TString(dir->GetName()) == nameDirBase_) {  // indicates summaries
      if (!nameCert.Contains("Summary"))
        continue;
      const TString nameDir(dir->GetPath());
      const UInt_t index2(nameDir.Index("/", nameDir.Index(":") + 10));
      const TString nameSub(nameDir(index2 + 1, nameDir.Index("/", index2 + 1) - index2 - 1));
      nameCert.Prepend(nameSub);
    } else if (TString(dir->GetName()) == nameDirCert_) {
      nameCert.Prepend("Cert");
    } else if (TString(dir->GetName()) == nameDirDAQ_) {
      nameCert.Prepend("DAQ");
    } else if (TString(dir->GetName()) == nameDirDCS_) {
      nameCert.Prepend("DCS");
    } else {
      nameCert.Prepend("Report");
    }
    const Ssiz_t indexKey(nameKey.Index("f=") + 2);
    const TString nameKeyBrake(nameKey(indexKey, nameKey.Length() - indexKey));
    const TString nameKeyBrakeAll(nameKeyBrake(0, nameKeyBrake.Index("<")));
    fCertificates_[nameCert] = atof(nameKeyBrakeAll.Data());
  }

  return;
}

/// Determine actual certification flags per run and sub-system
void certifyRun() {
  // FIXME Currently, LS-wise HV information from the RR is not determined correctly
  //       So, it is not used for the certification yet.

  // Initialize
  map<TString, Int_t> iFlags;

  // SiStrip
  sRRSiStrip_[sRunNumber_] = FlagConvert(iFlagsRR_[sSubSys_[SiStrip]]);
  sRRTrackerSiStrip_[sRunNumber_] = FlagConvert(iFlagsRRTracker_[sSubSys_[SiStrip]]);
  if (bAvailable_[sSubSys_[SiStrip]]) {
    Bool_t flagDet(fCertificates_["SiStripReportSummary"] > minGood_);
    Bool_t flagDAQ(fCertificates_["SiStripDAQSummary"] == (Double_t)EXCL ||
                   fCertificates_["SiStripDAQSummary"] > minGood_);
    Bool_t flagDCS(fCertificates_["SiStripDCSSummary"] == (Double_t)EXCL ||
                   fCertificates_["SiStripDCSSummary"] == (Double_t)GOOD);
    Bool_t flagDQM((flagDet * flagDAQ * flagDCS) != 0);
    Bool_t flagCert(iFlagsRRTracker_[sSubSys_[SiStrip]]);
    //     iFlags[ sSubSys_[ SiStrip ] ] = ( Int_t )( flagDQM * bSiStripOn_ * flagCert );
    iFlags[sSubSys_[SiStrip]] = (Int_t)(flagDQM * flagCert);
    sDQMSiStrip_[sRunNumber_] = FlagConvert((Int_t)(flagDQM));
    sSiStrip_[sRunNumber_] = FlagConvert(iFlags[sSubSys_[SiStrip]]);
    vector<TString> comments;
    if (!flagDet)
      comments.push_back("too low overall fraction of good modules");
    if (!flagDAQ)
      comments.push_back("DAQSummary BAD");
    if (!flagDCS)
      comments.push_back("DCSSummary BAD");
    //     if ( ! bSiStripOn_ ) comments.push_back( "HV off" );
    if (!flagCert)
      comments.push_back(TString("Tracker shifter: " + sRRTrackerCommentsSiStrip_[sRunNumber_]));
    if (iFlags[sSubSys_[SiStrip]] == BAD) {
      ++nRunsBadSiStrip_;
      if (flagCert)
        comments.push_back(TString("Tracker shifter differs (GOOD): " + sRRTrackerCommentsSiStrip_[sRunNumber_]));
      sRunCommentsSiStrip_[sRunNumber_] = comments;
    }
  } else {
    sDQMSiStrip_[sRunNumber_] = sRRSiStrip_[sRunNumber_];
    sSiStrip_[sRunNumber_] = sRRSiStrip_[sRunNumber_];
  }

  // Pixel
  sRRPixel_[sRunNumber_] = FlagConvert(iFlagsRR_[sSubSys_[Pixel]]);
  sRRTrackerPixel_[sRunNumber_] = FlagConvert(iFlagsRRTracker_[sSubSys_[Pixel]]);
  if (bAvailable_[sSubSys_[Pixel]]) {
    Bool_t flagReportSummary(fCertificates_["PixelReportSummary"] > maxBad_);
    Bool_t flagDAQ(
        (fCertificates_["DAQPixelBarrelFraction"] == (Double_t)EXCL || fCertificates_["DAQPixelBarrelFraction"] > 0.) &&
        (fCertificates_["DAQPixelEndcapFraction"] == (Double_t)EXCL ||
         fCertificates_["DAQPixelEndcapFraction"] > 0.));  // unidentified bug in Pixel DAQ fraction determination
    Bool_t flagDCS(fCertificates_["PixelDCSSummary"] == (Double_t)EXCL || fCertificates_["PixelDCSSummary"] > maxBad_);
    //     Bool_t flagDQM( flagReportSummary * flagDAQ * flagDCS );
    Bool_t flagDQM(flagDCS);  // bugs in DAQ fraction and report summary
    Bool_t flagCert(iFlagsRRTracker_[sSubSys_[Pixel]]);
    //     iFlags[ sSubSys_[ Pixel ] ] = ( Int_t )( flagDQM * bPixelOn_ * flagCert );
    iFlags[sSubSys_[Pixel]] = (Int_t)(flagDQM * flagCert);
    sDQMPixel_[sRunNumber_] = FlagConvert((Int_t)(flagDQM));
    sPixel_[sRunNumber_] = FlagConvert(iFlags[sSubSys_[Pixel]]);
    vector<TString> comments;
    if (!flagReportSummary)
      comments.push_back("ReportSummary BAD");
    if (!flagDAQ)
      comments.push_back("DAQSummary BAD");
    if (!flagDCS)
      comments.push_back("DCSSummary BAD");
    //     if ( ! bPixelOn_ )         comments.push_back( "HV off" );
    if (!flagCert)
      comments.push_back(TString("Tracker shifter: " + sRRTrackerCommentsPixel_[sRunNumber_]));
    if (iFlags[sSubSys_[Pixel]] == BAD) {
      ++nRunsBadPixel_;
      if (flagCert)
        comments.push_back(TString("Tracker shifter differs (GOOD): " + sRRTrackerCommentsPixel_[sRunNumber_]));
      sRunCommentsPixel_[sRunNumber_] = comments;
    }
  } else {
    sDQMPixel_[sRunNumber_] = sRRPixel_[sRunNumber_];
    sPixel_[sRunNumber_] = sRRPixel_[sRunNumber_];
  }

  // Tracking
  sRRTracking_[sRunNumber_] = FlagConvert(iFlagsRR_[sSubSys_[Tracking]]);
  sRRTrackerTracking_[sRunNumber_] = FlagConvert(iFlagsRRTracker_[sSubSys_[Tracking]]);
  if (bAvailable_[sSubSys_[Tracking]]) {
    Bool_t flagCert(iFlagsRRTracker_[sSubSys_[Pixel]]);
    Bool_t flagDQM(kFALSE);
    vector<TString> comments;
    if (iFlagsRR_[sSubSys_[SiStrip]] == EXCL && iFlagsRR_[sSubSys_[Pixel]] == EXCL) {
      comments.push_back("SiStrip and Pixel EXCL: no reasonable Tracking");
    } else {
      Bool_t flagChi2(fCertificates_["ReportTrackChi2"] > maxBad_);
      Bool_t flagRate(fCertificates_["ReportTrackRate"] > maxBad_);
      Bool_t flagRecHits(fCertificates_["ReportTrackRecHits"] > maxBad_);
      flagDQM = (flagChi2 * flagRate * flagRecHits) != 0;
      if (!flagChi2)
        comments.push_back("Chi2/DoF too low");
      if (!flagRate)
        comments.push_back("Track rate too low");
      if (!flagRecHits)
        comments.push_back("Too few RecHits");
      //       if ( ! bSiStripOn_ ) comments.push_back( "HV SiStrip off" );
      if (!flagCert)
        comments.push_back(TString("Tracker shifter: " + sRRTrackerCommentsTracking_[sRunNumber_]));
    }
    //     iFlags[ sSubSys_[ Tracking ] ] = ( Int_t )( flagDQM * bSiStripOn_ * flagCert );
    iFlags[sSubSys_[Tracking]] = (Int_t)(flagDQM * flagCert);
    sDQMTracking_[sRunNumber_] = FlagConvert((Int_t)(flagDQM));
    sTracking_[sRunNumber_] = FlagConvert(iFlags[sSubSys_[Tracking]]);
    if (iFlags[sSubSys_[Tracking]] == BAD) {
      ++nRunsBadTracking_;
      if (flagCert)
        comments.push_back(TString("Tracker shifter differs (GOOD): " + sRRTrackerCommentsTracking_[sRunNumber_]));
      sRunCommentsTracking_[sRunNumber_] = comments;
    }
  } else {
    sDQMTracking_[sRunNumber_] = sRRTracking_[sRunNumber_];
    sTracking_[sRunNumber_] = sRRTracking_[sRunNumber_];
  }

  for (map<TString, Int_t>::const_iterator iSys = iFlags.begin(); iSys != iFlags.end(); ++iSys) {
    cout << "    " << iSys->first << ": ";
    if (iSys->second != iFlagsRR_[iSys->first]) {
      if (iSys->first == sSubSys_[SiStrip])
        ++nRunsChangedSiStrip_;
      if (iSys->first == sSubSys_[Pixel])
        ++nRunsChangedPixel_;
      if (iSys->first == sSubSys_[Tracking])
        ++nRunsChangedTracking_;
      cout << FlagConvert(iFlagsRR_[iSys->first]) << " --> ";
    }
    cout << FlagConvert(iSys->second) << endl;
    if (sOptions["-v"]) {
      if (iSys->first == sSubSys_[SiStrip]) {
        for (UInt_t iCom = 0; iCom < sRunCommentsSiStrip_[sRunNumber_].size(); ++iCom) {
          cout << "      " << sRunCommentsSiStrip_[sRunNumber_].at(iCom).Data() << endl;
        }
      }
      if (iSys->first == sSubSys_[Pixel]) {
        for (UInt_t iCom = 0; iCom < sRunCommentsPixel_[sRunNumber_].size(); ++iCom) {
          cout << "      " << sRunCommentsPixel_[sRunNumber_].at(iCom).Data() << endl;
        }
      }
      if (iSys->first == sSubSys_[Tracking]) {
        for (UInt_t iCom = 0; iCom < sRunCommentsTracking_[sRunNumber_].size(); ++iCom) {
          cout << "      " << sRunCommentsTracking_[sRunNumber_].at(iCom).Data() << endl;
        }
      }
    }
  }

  return;
}

/// Print summary
void writeOutput() {
  // Initialize
  ofstream fileLog;
  fileLog.open(sArguments["-o"].Data());
  fileLog << "Tracker Certification runs " << minRun_ << " - " << maxRun_ << endl
          << "==========================================" << endl
          << endl
          << "Used DQM files found in " << sArguments["-p"] << endl
          << "for dataset             " << sArguments["-d"] << endl
          << "and group name          " << sArguments["-g"] << endl
          << endl
          << "# of runs total                          : " << nRuns_ << endl
          << "------------------------------------------ " << endl
          << "# of runs certified                      : " << sRunNumbers_.size() << endl
          << "# of runs not found in RR                : " << nRunsNotRR_ << endl
          << "# of runs group not found in RR          : " << nRunsNotGroup_ << endl
          << "# of runs dataset not found in RR        : " << nRunsNotDataset_ << endl;
  if (!sOptions["-a"])
    fileLog << "# of runs not in SIGNOFF in RR           : " << nRunsNotSignoff_ << endl;
  fileLog << "# of runs not found in RR Tracker        : " << nRunsNotRRTracker_ << endl
          << "# of runs group not found in RR Tracker  : " << nRunsNotGroupTracker_
          << endl
          //           << "# of runs dataset not found in RR Tracker: " << nRunsNotDatasetTracker_ << endl
          << "# of runs not found in RR lumis          : " << nRunsNotRRLumis_ << endl
          << "# of runs dataset not found in RR lumis  : " << nRunsNotDatasetLumis_ << endl
          << endl
          << "# of runs w/o SiStrip       : " << nRunsExclSiStrip_ << endl
          << "# of bad runs SiStrip       : " << nRunsBadSiStrip_ << endl
          << "# of changed runs SiStrip   : " << nRunsChangedSiStrip_ << endl
          << "# of runs w/o Pixel         : " << nRunsExclPixel_ << endl
          << "# of bad runs Pixel         : " << nRunsBadPixel_ << endl
          << "# of changed runs Pixel     : " << nRunsChangedPixel_ << endl
          << "# of runs w/o Tracking (BAD): " << nRunsNoTracking_ << endl
          << "# of bad runs Tracking      : " << nRunsBadTracking_ << endl
          << "# of changed runs Tracking  : " << nRunsChangedTracking_ << endl;

  // SiStrip
  fileLog << endl << sSubSys_[0] << ":" << endl << endl;
  for (UInt_t iRun = 0; iRun < sRunNumbers_.size(); ++iRun) {
    if (sRRSiStrip_[sRunNumbers_.at(iRun)] != sSiStrip_[sRunNumbers_.at(iRun)]) {
      fileLog << "  " << sRunNumbers_.at(iRun) << ": " << sRRSiStrip_[sRunNumbers_.at(iRun)] << " --> "
              << sSiStrip_[sRunNumbers_.at(iRun)] << endl;
      if (sRRSiStrip_[sRunNumbers_.at(iRun)] == TString("BAD")) {
        fileLog << "    RR was: " << sRRCommentsSiStrip_[sRunNumbers_.at(iRun)] << endl;
      }
      for (UInt_t iCom = 0; iCom < sRunCommentsSiStrip_[sRunNumbers_.at(iRun)].size(); ++iCom) {
        fileLog << "    " << sRunCommentsSiStrip_[sRunNumbers_.at(iRun)].at(iCom).Data() << endl;
      }
    }
  }

  // Pixel
  fileLog << endl << sSubSys_[1] << ":" << endl << endl;
  for (UInt_t iRun = 0; iRun < sRunNumbers_.size(); ++iRun) {
    if (sRRPixel_[sRunNumbers_.at(iRun)] != sPixel_[sRunNumbers_.at(iRun)]) {
      fileLog << "  " << sRunNumbers_.at(iRun) << ": " << sRRPixel_[sRunNumbers_.at(iRun)] << " --> "
              << sPixel_[sRunNumbers_.at(iRun)] << endl;
      if (sRRPixel_[sRunNumbers_.at(iRun)] == TString("BAD")) {
        fileLog << "    RR was: " << sRRCommentsPixel_[sRunNumbers_.at(iRun)] << endl;
      }
      for (UInt_t iCom = 0; iCom < sRunCommentsPixel_[sRunNumbers_.at(iRun)].size(); ++iCom) {
        fileLog << "    " << sRunCommentsPixel_[sRunNumbers_.at(iRun)].at(iCom).Data() << endl;
      }
    }
  }

  // Tracking
  fileLog << endl << sSubSys_[2] << ":" << endl << endl;
  for (UInt_t iRun = 0; iRun < sRunNumbers_.size(); ++iRun) {
    if (sRRTracking_[sRunNumbers_.at(iRun)] != sTracking_[sRunNumbers_.at(iRun)]) {
      fileLog << "  " << sRunNumbers_.at(iRun) << ": " << sRRTracking_[sRunNumbers_.at(iRun)] << " --> "
              << sTracking_[sRunNumbers_.at(iRun)] << endl;
      if (sRRTracking_[sRunNumbers_.at(iRun)] == TString("BAD")) {
        fileLog << "    RR was: " << sRRCommentsTracking_[sRunNumbers_.at(iRun)] << endl;
      }
      for (UInt_t iCom = 0; iCom < sRunCommentsTracking_[sRunNumbers_.at(iRun)].size(); ++iCom) {
        fileLog << "    " << sRunCommentsTracking_[sRunNumbers_.at(iRun)].at(iCom).Data() << endl;
      }
    }
  }

  fileLog.close();

  cout << endl << "SUMMARY:" << endl << endl;
  for (UInt_t iRun = 0; iRun < sRunNumbers_.size(); ++iRun) {
    cout << "  " << sRunNumbers_.at(iRun) << ":" << endl;
    cout << "    " << sSubSys_[0] << ": " << sSiStrip_[sRunNumbers_.at(iRun)] << endl;
    for (UInt_t iCom = 0; iCom < sRunCommentsSiStrip_[sRunNumbers_.at(iRun)].size(); ++iCom) {
      cout << "      " << sRunCommentsSiStrip_[sRunNumbers_.at(iRun)].at(iCom).Data() << endl;
    }
    cout << "    " << sSubSys_[1] << ": " << sPixel_[sRunNumbers_.at(iRun)] << endl;
    for (UInt_t iCom = 0; iCom < sRunCommentsPixel_[sRunNumbers_.at(iRun)].size(); ++iCom) {
      cout << "      " << sRunCommentsPixel_[sRunNumbers_.at(iRun)].at(iCom).Data() << endl;
    }
    cout << "    " << sSubSys_[2] << ": " << sTracking_[sRunNumbers_.at(iRun)] << endl;
    for (UInt_t iCom = 0; iCom < sRunCommentsTracking_[sRunNumbers_.at(iRun)].size(); ++iCom) {
      cout << "      " << sRunCommentsTracking_[sRunNumbers_.at(iRun)].at(iCom).Data() << endl;
    }
  }

  cout << endl
       << "Certification SUMMARY to be sent to CMS DQM team available in ./" << sArguments["-o"].Data() << endl
       << endl;

  return;
}

/// Print help
void displayHelp() {
  cerr << "  TrackerRunCertification" << endl
       << endl
       << "  CMSSW package: DQM/TrackerCommon" << endl
       << endl
       << "  Purpose:" << endl
       << endl
       << "  The procedure of certifying data of a given run range is automated in order to speed up the procedure and "
          "to reduce the Tracker Offline Shift Leader's workload."
       << endl
       << endl
       << "  Input:" << endl
       << endl
       << "  - RunRegistry" << endl
       << "  - DQM output files available in AFS" << endl
       << endl
       << "  Output:" << endl
       << endl
       << "  Text file" << endl
       << "  - [as explained for command line option '-o']" << endl
       << "  to be sent directly to the CMS DQM team as reply to the weekly certification request." << endl
       << "  It contains a list of all flags changed with respect to the RunRegistry, including the reason(s) in case "
          "the flag is changed to BAD."
       << endl
       << endl
       << "  The verbose ('-v') stdout can provide a complete list of all in-/output flags of all analyzed runs and at "
          "its end a summary only with the output flags."
       << endl
       << "  It makes sense to pipe the stdout to another text file." << endl
       << endl
       << "  Usage:" << endl
       << endl
       << "  $ cmsrel CMSSW_RELEASE" << endl
       << "  $ cd CMSSW_RELEASE/src" << endl
       << "  $ cmsenv" << endl
       << "  $ cvs co -r Vxx-yy-zz DQM/TrackerCommon" << endl
       << "  $ scram b -j 5" << endl
       << "  $ rehash" << endl
       << "  $ cd WORKING_DIRECTORY" << endl
       << "  $ [create input files]" << endl
       << "  $ TrackerRunCertification [ARGUMENTOPTION1] [ARGUMENT1] ... [OPTION2] ..." << endl
       << endl
       << "  Valid argument options are:" << endl
       << "    -d" << endl
       << "      MANDATORY: dataset as in RunRegistry" << endl
       << "      no default" << endl
       << "    -g" << endl
       << "      MANDATORY: group name as in RunRegistry" << endl
       << "      no default" << endl
       << "    -p" << endl
       << "      path to DQM files" << endl
       << "      default: /afs/cern.ch/cms/CAF/CMSCOMM/COMM_DQM/data/OfflineData/Run2010/StreamExpress" << endl
       << "    -P" << endl
       << "      pattern of DQM file names in the DQM file path" << endl
       << "      default: *[DATASET from '-d' option with '/' --> '__'].root" << endl
       << "    -o" << endl
       << "      path to output log file" << endl
       << "      default: trackerRunCertification[DATASET from '-d' option with '/' --> '__']-[GROUP from '-g'].txt"
       << endl
       << "    -l" << endl
       << "      lower bound of run numbers to consider" << endl
       << "      default: 0" << endl
       << "    -u" << endl
       << "      upper bound of run numbers to consider" << endl
       << "      default: 1073741824 (2^30)" << endl
       << "    -R" << endl
       << "      web address of the RunRegistry" << endl
       << "      default: http://pccmsdqm04.cern.ch/runregistry" << endl
       << "    The default is used for any option not explicitely given in the command line." << endl
       << endl
       << "  Valid options are:" << endl
       << "    -rr" << endl
       << "      switch on creation of new RR file" << endl
       << "    -rronly" << endl
       << "      only create new RR file, do not run certification" << endl
       << "    -a" << endl
       << "      certify all runs, not only those in \"SIGNOFF\" status" << endl
       << "    -v" << endl
       << "      switch on verbose logging to stdout" << endl
       << "    -h" << endl
       << "      display this help and exit" << endl
       << endl;
  return;
}

/// Little helper to determine run number (TString) from file name/path
TString RunNumber(const TString& pathFile) {
  const TString sPrefix("DQM_V");
  const TString sNumber(pathFile(pathFile.Index(sPrefix) + sPrefix.Length() + 6, 9));
  UInt_t index((string(sNumber.Data())).find_first_not_of('0'));
  return sNumber(index, sNumber.Length() - index);
}

/// Little helper to convert RR flags from TString into Int_t
Int_t FlagConvert(const TString& flag) {
  map<TString, Int_t> flagSToI;
  flagSToI["MISSING"] = MISSING;
  flagSToI["NOTSET"] = NOTSET;
  flagSToI["EXCL"] = EXCL;
  flagSToI["BAD"] = BAD;
  flagSToI["GOOD"] = GOOD;
  return flagSToI[flag];
}
/// Little helper to convert RR flags from Int_t into TString
TString FlagConvert(const Int_t flag) {
  map<Int_t, TString> flagIToS;
  flagIToS[MISSING] = "MISSING";
  flagIToS[NOTSET] = "NOTSET";
  flagIToS[EXCL] = "EXCL";
  flagIToS[BAD] = "BAD";
  flagIToS[GOOD] = "GOOD";
  return flagIToS[flag];
}