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frmdbupload.cpp
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frmdbupload.cpp
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#include "frmdbupload.h"
#include "frmterminaldialog.h"
#include "frmaddskip.h"
#include "frmterminal.h"
#include "TreeBuilder.h"
#include "cmssw/SiStripFedKey.h"
#include "cmssw/SiStripFecKey.h"
#include <fstream>
#include <QtSql/QSqlQuery>
#include <QtSql/QSqlError>
#include <QStandardItem>
#include <QTextCursor>
#include <QTextTable>
#include <QMessageBox>
#include <QDir>
DBUpload::DBUpload(QWidget* parent):
QConnectedTabWidget(parent),
currentRun(""),
currentPartition(""),
analysisType(""),
selLevel("FULL")
{
setupUi(this);
skipModel = new QStandardItemModel(0, 7,this);
skipModel->setHeaderData(0, Qt::Horizontal, QObject::tr("FED Id"));
skipModel->setHeaderData(1, Qt::Horizontal, QObject::tr("FEC Crate"));
skipModel->setHeaderData(2, Qt::Horizontal, QObject::tr("FEC Slot"));
skipModel->setHeaderData(3, Qt::Horizontal, QObject::tr("Ring"));
skipModel->setHeaderData(4, Qt::Horizontal, QObject::tr("CCU"));
skipModel->setHeaderData(5, Qt::Horizontal, QObject::tr("CCU Chan"));
skipModel->setHeaderData(6, Qt::Horizontal, QObject::tr("LLD Chan"));
skipList->setModel(skipModel);
skipList->setSelectionMode(QAbstractItemView::SingleSelection);
skipList->horizontalHeader()->setResizeMode(QHeaderView::Stretch);
skipList->setSelectionBehavior(QAbstractItemView::SelectRows);
connect(skipModel, SIGNAL(itemChanged(QStandardItem*)), this, SLOT(channelCheckChanged(QStandardItem*)));
}
DBUpload::~DBUpload() {
}
void DBUpload::setCurrentRun(const QString& r) {
currentRun = r;
}
void DBUpload::setCurrentPartition(const QString& p) {
currentPartition = p;
}
void DBUpload::setTree(TTree* t) {
tree = t;
}
void DBUpload::setSelMap(QVector<int> sm) {
for (int i = 0; i < sm.size(); i++) selMap.push_back(sm[i]);
}
QString DBUpload::getCurrentRun() {
return currentRun;
}
QString DBUpload::getCurrentPartition() {
return currentPartition;
}
bool DBUpload::fillSkipList() {
if(Debug::Inst()->getEnabled()) qDebug() << "Selection level set to : " << selLevel << "\n";
selLevelMap.clear();
if (skipModel->rowCount() > 0) skipModel->removeRows(0, skipModel->rowCount());
if (tree == NULL) {
if(Debug::Inst()->getEnabled()) qDebug() << "Invalid tree - cannot fill the table of skipped channels\n";
return false;
}
if (selMap.size() == 0) {
if(Debug::Inst()->getEnabled()) qDebug() << "Selection map has 0 size - cannot fill the table of skipped channels\n";
return false;
}
TBranch* bdevId = tree->GetBranch("DeviceId");
TBranch* bdetId = tree->GetBranch("Detid");
TBranch* bFecCrate = tree->GetBranch("FecCrate");
TBranch* bFec = tree->GetBranch("Fec");
TBranch* bRing = tree->GetBranch("Ring");
TBranch* bCcu = tree->GetBranch("Ccu");
TBranch* bCcuArrangement = tree->GetBranch("CcuArrangement");
TBranch* bI2CChannel = tree->GetBranch("I2CChannel");
TBranch* bI2CAddress = tree->GetBranch("I2CAddress");
TBranch* blasChan = tree->GetBranch("lasChan");
TBranch* bFedId = tree->GetBranch("FedId");
TBranch* bFeUnit = tree->GetBranch("FeUnit");
TBranch* bFeChan = tree->GetBranch("FeChan");
TBranch* bFeApv = tree->GetBranch("FeApv");
double devId = 0.0;
double detId = 0.0;
double FecCrate = 0.0;
double Fec = 0.0;
double Ring = 0.0;
double Ccu = 0.0;
double CcuArrangement = 0.0;
double I2CChannel = 0.0;
double I2CAddress = 0.0;
double lasChan = 0.0;
double FedId = 0.0;
double FeUnit = 0.0;
double FeChan = 0.0;
double FeApv = 0.0;
bdevId ->SetAddress(&devId);
bdetId ->SetAddress(&detId);
bFecCrate ->SetAddress(&FecCrate);
bFec ->SetAddress(&Fec);
bRing ->SetAddress(&Ring);
bCcu ->SetAddress(&Ccu);
bCcuArrangement->SetAddress(&CcuArrangement);
bI2CChannel ->SetAddress(&I2CChannel);
bI2CAddress ->SetAddress(&I2CAddress);
blasChan ->SetAddress(&lasChan);
bFedId ->SetAddress(&FedId);
bFeUnit ->SetAddress(&FeUnit);
bFeChan ->SetAddress(&FeChan);
bFeApv ->SetAddress(&FeApv);
for(int i = 0; i < tree->GetEntries(); i++) {
bdevId ->GetEvent(i);
bdetId ->GetEvent(i);
bFecCrate ->GetEvent(i);
bFec ->GetEvent(i);
bRing ->GetEvent(i);
bCcu ->GetEvent(i);
bCcuArrangement->GetEvent(i);
bI2CChannel ->GetEvent(i);
bI2CAddress ->GetEvent(i);
blasChan ->GetEvent(i);
bFedId ->GetEvent(i);
bFeUnit ->GetEvent(i);
bFeChan ->GetEvent(i);
bFeApv ->GetEvent(i);
if (selMap[i] == 0) continue;
if (selLevel == "FULL") {
SiStripFedKey fedkey(int(FedId), int(FeUnit), int(FeChan), 0);
SiStripFecKey feckey(int(FecCrate), int(Fec), int(Ring), int(Ccu), int(I2CChannel), int(lasChan)+1, 0);
selLevelMap[feckey.key()] = fedkey.key();
}
else if (selLevel == "CCUCHAN") {
SiStripFedKey fedkey(int(FedId), int(FeUnit), int(FeChan), 0);
SiStripFecKey feckey(int(FecCrate), int(Fec), int(Ring), int(Ccu), int(I2CChannel), 0 , 0);
selLevelMap[feckey.key()] = fedkey.key();
}
else if (selLevel == "CCU") {
SiStripFedKey fedkey(int(FedId), int(FeUnit), int(FeChan), 0);
SiStripFecKey feckey(int(FecCrate), int(Fec), int(Ring), int(Ccu), 0 , 0 , 0);
selLevelMap[feckey.key()] = fedkey.key();
}
else if (selLevel == "RING") {
SiStripFedKey fedkey(int(FedId), int(FeUnit), int(FeChan), 0);
SiStripFecKey feckey(int(FecCrate), int(Fec), int(Ring), 0 , 0 , 0 , 0);
selLevelMap[feckey.key()] = fedkey.key();
}
else if (selLevel == "FEC") {
SiStripFedKey fedkey(int(FedId), int(FeUnit), int(FeChan), 0);
SiStripFecKey feckey(int(FecCrate), int(Fec), 0 , 0 , 0 , 0 , 0);
selLevelMap[feckey.key()] = fedkey.key();
}
else if (selLevel == "FED") {
SiStripFedKey fedkey(int(FedId), 0, 0, 0);
selLevelMap[fedkey.key()] = fedkey.key();
}
}
QMap<unsigned, unsigned>::const_iterator map_iter = selLevelMap.constBegin();
while (map_iter != selLevelMap.constEnd()) {
QList<QStandardItem*> itemrow;
QStandardItem* feditem = new QStandardItem("");
QStandardItem* crateitem = new QStandardItem("");
QStandardItem* fecitem = new QStandardItem("");
QStandardItem* ringitem = new QStandardItem("");
QStandardItem* ccuitem = new QStandardItem("");
QStandardItem* ccuchanitem = new QStandardItem("");
QStandardItem* llditem = new QStandardItem("");
feditem ->setEditable(false);
crateitem ->setEditable(false);
fecitem ->setEditable(false);
ringitem ->setEditable(false);
ccuitem ->setEditable(false);
ccuchanitem ->setEditable(false);
llditem ->setEditable(false);
itemrow.append(feditem );
itemrow.append(crateitem );
itemrow.append(fecitem );
itemrow.append(ringitem );
itemrow.append(ccuitem );
itemrow.append(ccuchanitem);
itemrow.append(llditem );
SiStripFecKey feckey(map_iter.key());
SiStripFedKey fedkey(map_iter.value());
fecitem->setData(feckey.key());
if (selLevel == "FED") {
feditem->setCheckable(true);
feditem->setCheckState(Qt::Checked);
feditem->setText(QString::number(fedkey.fedId()));
skipModel->appendRow(itemrow);
}
else if (selLevel == "FULL") {
feditem->setCheckable(true);
feditem->setCheckState(Qt::Checked);
feditem ->setText(QString::number(fedkey.fedId()));
crateitem ->setText(QString::number(feckey.fecCrate()));
fecitem ->setText(QString::number(feckey.fecSlot()));
ringitem ->setText(QString::number(feckey.fecRing()));
ccuitem ->setText(QString::number(feckey.ccuAddr()));
ccuchanitem ->setText(QString::number(feckey.ccuChan()));
llditem ->setText(QString::number(feckey.lldChan()));
skipModel->appendRow(itemrow);
}
else if (selLevel == "CCUCHAN") {
crateitem->setCheckable(true);
crateitem->setCheckState(Qt::Checked);
crateitem ->setText(QString::number(feckey.fecCrate()));
fecitem ->setText(QString::number(feckey.fecSlot()));
ringitem ->setText(QString::number(feckey.fecRing()));
ccuitem ->setText(QString::number(feckey.ccuAddr()));
ccuchanitem ->setText(QString::number(feckey.ccuChan()));
skipModel->appendRow(itemrow);
}
else if (selLevel == "CCU") {
crateitem->setCheckable(true);
crateitem->setCheckState(Qt::Checked);
crateitem ->setText(QString::number(feckey.fecCrate()));
fecitem ->setText(QString::number(feckey.fecSlot()));
ringitem ->setText(QString::number(feckey.fecRing()));
ccuitem ->setText(QString::number(feckey.ccuAddr()));
skipModel->appendRow(itemrow);
}
else if (selLevel == "RING") {
crateitem->setCheckable(true);
crateitem->setCheckState(Qt::Checked);
crateitem ->setText(QString::number(feckey.fecCrate()));
fecitem ->setText(QString::number(feckey.fecSlot()));
ringitem ->setText(QString::number(feckey.fecRing()));
skipModel->appendRow(itemrow);
}
else if (selLevel == "FEC") {
crateitem->setCheckable(true);
crateitem->setCheckState(Qt::Checked);
crateitem ->setText(QString::number(feckey.fecCrate()));
fecitem ->setText(QString::number(feckey.fecSlot()));
skipModel->appendRow(itemrow);
}
++map_iter;
}
return true;
}
void DBUpload::on_radFed_toggled(bool) {
if (radFed->isChecked()) {
unselLevelMap.clear();
addLevelMap.clear();
selLevel = "FED";
fillSkipList();
}
}
void DBUpload::on_radFec_toggled(bool) {
if (radFec->isChecked()) {
unselLevelMap.clear();
addLevelMap.clear();
selLevel = "FEC";
fillSkipList();
}
}
void DBUpload::on_radRing_toggled(bool) {
if (radRing->isChecked()) {
unselLevelMap.clear();
addLevelMap.clear();
selLevel = "RING";
fillSkipList();
}
}
void DBUpload::on_radCcu_toggled(bool) {
if (radCcu->isChecked()) {
unselLevelMap.clear();
addLevelMap.clear();
selLevel = "CCU";
fillSkipList();
}
}
void DBUpload::on_radCcuChan_toggled(bool) {
if (radCcuChan->isChecked()) {
unselLevelMap.clear();
addLevelMap.clear();
selLevel = "CCUCHAN";
fillSkipList();
}
}
void DBUpload::on_radAll_toggled(bool) {
if (radAll->isChecked()) {
unselLevelMap.clear();
addLevelMap.clear();
selLevel = "FULL";
fillSkipList();
}
}
void DBUpload::channelCheckChanged(QStandardItem* item) {
if (item->isCheckable()) {
if (item->checkState() == Qt::Unchecked) {
if (selLevel == "FED") {
SiStripFedKey fedkey(skipModel->item(item->row(),0)->text().toUInt(), 0, 0, 0);
if (item->foreground().color() == Qt::black) unselLevelMap[fedkey.key()] = 1;
if (item->foreground().color() == Qt::blue ) addLevelMap.remove(fedkey.key());
}
else {
SiStripFecKey feckey(skipModel->item(item->row(),2)->data().toUInt());
if (item->foreground().color() == Qt::black) unselLevelMap[feckey.key()] = 1;
if (item->foreground().color() == Qt::blue ) addLevelMap.remove(feckey.key());
}
}
else {
if (selLevel == "FED") {
SiStripFedKey fedkey(skipModel->item(item->row(),0)->text().toUInt(), 0, 0, 0);
if (item->foreground().color() == Qt::black) unselLevelMap.remove(fedkey.key());
if (item->foreground().color() == Qt::blue ) addLevelMap[fedkey.key()] = 1;
}
else {
SiStripFecKey feckey(skipModel->item(item->row(),2)->data().toUInt());
if (item->foreground().color() == Qt::black) unselLevelMap.remove(feckey.key());
if (item->foreground().color() == Qt::blue ) addLevelMap[feckey.key()] = 1;
}
}
}
}
void DBUpload::on_btnAddSkip_clicked() {
bool fed = false;
bool crate = false;
bool fec = false;
bool ring = false;
bool ccu = false;
bool ccuchan = false;
bool lldchan = false;
if (selLevel == "FED") {
fed = true;
}
else if (selLevel == "FEC") {
crate = true;
fec = true;
}
else if (selLevel == "RING") {
crate = true;
fec = true;
ring = true;
}
else if (selLevel == "CCU") {
crate = true;
fec = true;
ring = true;
ccu = true;
}
else if (selLevel == "CCUCHAN") {
crate = true;
fec = true;
ring = true;
ccu = true;
ccuchan = true;
}
else if (selLevel == "FULL") {
crate = true;
fec = true;
ring = true;
ccu = true;
ccuchan = true;
lldchan = true;
}
AddSkipChannel* addskip = new AddSkipChannel(fed, crate, fec, ring, ccu, ccuchan, lldchan);
connect(addskip, SIGNAL(key(QPair<unsigned,unsigned>)), this, SLOT(addSkipChannel(QPair<unsigned,unsigned>)));
addskip->exec();
}
void DBUpload::addSkipChannel(QPair<unsigned, unsigned> keys) {
if (selLevel == "FED") addLevelMap[keys.first] = keys.first;
else addLevelMap[keys.second] = keys.first;
QList<QStandardItem*> itemrow;
QStandardItem* feditem = new QStandardItem("");
QStandardItem* crateitem = new QStandardItem("");
QStandardItem* fecitem = new QStandardItem("");
QStandardItem* ringitem = new QStandardItem("");
QStandardItem* ccuitem = new QStandardItem("");
QStandardItem* ccuchanitem = new QStandardItem("");
QStandardItem* llditem = new QStandardItem("");
feditem ->setEditable(false);
crateitem ->setEditable(false);
fecitem ->setEditable(false);
ringitem ->setEditable(false);
ccuitem ->setEditable(false);
ccuchanitem ->setEditable(false);
llditem ->setEditable(false);
feditem ->setForeground(QBrush(Qt::blue));
crateitem ->setForeground(QBrush(Qt::blue));
fecitem ->setForeground(QBrush(Qt::blue));
ringitem ->setForeground(QBrush(Qt::blue));
ccuitem ->setForeground(QBrush(Qt::blue));
ccuchanitem ->setForeground(QBrush(Qt::blue));
llditem ->setForeground(QBrush(Qt::blue));
itemrow.append(feditem );
itemrow.append(crateitem );
itemrow.append(fecitem );
itemrow.append(ringitem );
itemrow.append(ccuitem );
itemrow.append(ccuchanitem);
itemrow.append(llditem );
SiStripFedKey fedkey(keys.first);
SiStripFecKey feckey(keys.second);
fecitem->setData(keys.second);
if (selLevel == "FED") {
feditem->setCheckable(true);
feditem->setCheckState(Qt::Checked);
feditem->setText(QString::number(fedkey.fedId()));
skipModel->appendRow(itemrow);
}
else if (selLevel == "FULL") {
feditem->setCheckable(true);
feditem->setCheckState(Qt::Checked);
feditem ->setText(QString::number(fedkey.fedId()));
crateitem ->setText(QString::number(feckey.fecCrate()));
fecitem ->setText(QString::number(feckey.fecSlot()));
ringitem ->setText(QString::number(feckey.fecRing()));
ccuitem ->setText(QString::number(feckey.ccuAddr()));
ccuchanitem ->setText(QString::number(feckey.ccuChan()));
llditem ->setText(QString::number(feckey.lldChan()));
skipModel->appendRow(itemrow);
}
else if (selLevel == "CCUCHAN") {
crateitem->setCheckable(true);
crateitem->setCheckState(Qt::Checked);
crateitem ->setText(QString::number(feckey.fecCrate()));
fecitem ->setText(QString::number(feckey.fecSlot()));
ringitem ->setText(QString::number(feckey.fecRing()));
ccuitem ->setText(QString::number(feckey.ccuAddr()));
ccuchanitem ->setText(QString::number(feckey.ccuChan()));
skipModel->appendRow(itemrow);
}
else if (selLevel == "CCU") {
crateitem->setCheckable(true);
crateitem->setCheckState(Qt::Checked);
crateitem ->setText(QString::number(feckey.fecCrate()));
fecitem ->setText(QString::number(feckey.fecSlot()));
ringitem ->setText(QString::number(feckey.fecRing()));
ccuitem ->setText(QString::number(feckey.ccuAddr()));
skipModel->appendRow(itemrow);
}
else if (selLevel == "RING") {
crateitem->setCheckable(true);
crateitem->setCheckState(Qt::Checked);
crateitem ->setText(QString::number(feckey.fecCrate()));
fecitem ->setText(QString::number(feckey.fecSlot()));
ringitem ->setText(QString::number(feckey.fecRing()));
skipModel->appendRow(itemrow);
}
else if (selLevel == "FEC") {
crateitem->setCheckable(true);
crateitem->setCheckState(Qt::Checked);
crateitem ->setText(QString::number(feckey.fecCrate()));
fecitem ->setText(QString::number(feckey.fecSlot()));
skipModel->appendRow(itemrow);
}
/*
feditem ->setEnabled(false);
crateitem ->setEnabled(false);
fecitem ->setEnabled(false);
ringitem ->setEnabled(false);
ccuitem ->setEnabled(false);
ccuchanitem ->setEnabled(false);
llditem ->setEnabled(false);
*/
}
void DBUpload::on_btnUpload_clicked() {
if (currentRun.toInt() == sistrip::MULTIPART) {
if (QMessageBox::question(NULL, QObject::tr("Confirmation"), QObject::tr("You are going to perform Timing O2O. Are you sure you want to continue?"), QMessageBox::Yes, QMessageBox::No) == QMessageBox::No) return;
QString nextRun;
QString iovQueryStr("select max(runnumbertbl.runnumber+1) runnumber from CMS_RUNINFO.runnumbertbl");
QSqlQuery iovQuery(iovQueryStr);
while (iovQuery.next()) nextRun = iovQuery.value(0).toString();
skipss.str("");
infoss.str("");
infoss << "<html>" << std::endl;
infoss << "<b>Timing O2O : </b>" << "<br/>";
infoss << "IOV : " << qPrintable(nextRun) << "<br/>";
QString partFilename = "/nfshome0/trackerpro/o2o/scripts/TimingO2O_Partitions.py";
QString skipFilename = "/nfshome0/trackerpro/o2o/scripts/TimingO2O_SkippedChannels.py";
std::ofstream partFile;
std::ofstream skipFile;
partFile.open(partFilename.toStdString().c_str());
skipFile.open(skipFilename.toStdString().c_str());
QMap<unsigned,unsigned> uploadMap;
QMap<unsigned, unsigned>::const_iterator ins_iter = addLevelMap.constBegin();
while (ins_iter != addLevelMap.constEnd()) {
uploadMap[ins_iter.key()] = ins_iter.value();
++ins_iter;
}
ins_iter = selLevelMap.constBegin();
while (ins_iter != selLevelMap.constEnd()) {
uploadMap[ins_iter.key()] = ins_iter.value();
++ins_iter;
}
partFile << partss.str().c_str();
if (chkSkip->isChecked()) {
QMap<unsigned, unsigned>::const_iterator map_iter = uploadMap.constBegin();
while (map_iter != uploadMap.constEnd()) {
if (unselLevelMap.constFind(map_iter.key()) != unselLevelMap.constEnd()) {
++map_iter;
continue;
}
if (selLevel == "FED") {
SiStripFedKey fedkey(map_iter.key());
skipss << "\tcms.PSet(" << std::endl;
skipss << "\t\t fedId = cms.untracked.uint32(" << fedkey.fedId() << ")," << std::endl;
skipss << "\t\t feUnit = cms.untracked.uint32(" << fedkey.feUnit() << ")," << std::endl;
skipss << "\t\t feChan = cms.untracked.uint32(" << fedkey.feChan() << ")," << std::endl;
skipss << "\t\t fedApv = cms.untracked.uint32(" << fedkey.fedApv() << ")" << std::endl;
skipss << "\t)," << std::endl;
}
else {
SiStripFecKey feckey(map_iter.key());
skipss << "\tcms.PSet(" << std::endl;
skipss << "\t\t fecCrate = cms.untracked.uint32(" << feckey.fecCrate() << ")," << std::endl;
skipss << "\t\t fecSlot = cms.untracked.uint32(" << feckey.fecSlot() << ")," << std::endl;
skipss << "\t\t fecRing = cms.untracked.uint32(" << feckey.fecRing() << ")," << std::endl;
skipss << "\t\t ccuAddr = cms.untracked.uint32(" << feckey.ccuAddr() << ")," << std::endl;
skipss << "\t\t ccuChan = cms.untracked.uint32(" << feckey.ccuChan() << ")," << std::endl;
skipss << "\t\t lldChan = cms.untracked.uint32(" << feckey.i2cAddr() << ")," << std::endl;
skipss << "\t\t i2cAddr = cms.untracked.uint32(" << 0 << ")" << std::endl;
skipss << "\t)," << std::endl;
}
++map_iter;
}
skipFile << skipss.str().c_str();
}
partFile.close();
skipFile.close();
QString sveto = (chkVeto->isChecked() ? "0" : "1");
QStringList commandArgs;
commandArgs << "/nfshome0/trackerpro/o2o/scripts/runGainO2O.sh" << sveto << nextRun << partFilename << skipFilename;
//commandArgs << "/nfshome0/trackerpro/o2o/scripts/testGainO2O.sh" << sveto << nextRun << partFilename << skipFilename;
//commandArgs << "/nfshome0/trackerpro/o2o/scripts/simpletest.sh" << sveto << nextRun << partFilename << skipFilename;
bool o2oresult = false;
QProcess* proc = new QProcess(this);
TkTerminalDialog* timingO2OTerm = new TkTerminalDialog(this);
timingO2OTerm->setProcessPtr(proc);
connect( proc, SIGNAL(readyReadStandardOutput()) , timingO2OTerm, SLOT(readFromStdout()) );
connect( proc, SIGNAL(finished(int, QProcess::ExitStatus)), timingO2OTerm, SLOT(processFinished(int, QProcess::ExitStatus)) );
QTimer *timer = new QTimer(this);
connect(timer, SIGNAL(timeout()), timingO2OTerm, SLOT(executeWaitForReadyRead()));
timer->start(100);
proc->start(commandArgs.join(" "));
if (!proc->waitForStarted()) {
infoss << "Could not start analysis" << qPrintable(nextRun) << "<br/>";
delete timingO2OTerm;
o2oresult = false;
}
else {
if (timingO2OTerm->exec()==QDialog::Accepted) o2oresult = true;
else o2oresult = false;
}
if (o2oresult) infoss << "<b>O2O process completed successfully</b>" << "<br/>";
else infoss << "<b>O2O process failed</b>" << "<br/>";
infoss << "</html>" << std::endl;
QTextCursor cursor(txtCurRunInfo->textCursor());
cursor.insertHtml(infoss.str().c_str());
}
else {
QFile file("/opt/cmssw/scripts/analysis_template_test.py");
if (!file.open(QIODevice::ReadOnly | QIODevice::Text)) return;
QByteArray total;
QByteArray line;
while (!file.atEnd()) {
line = file.readAll();
total.append(line);
}
QString sveto = (chkVeto->isChecked() ? "True" : "False");
QMap<QString, QString> runTypeMap;
runTypeMap["PEDESTAL"] = "PedestalsParameters";
runTypeMap["PEDESTALS"] = "PedestalsParameters";
runTypeMap["TIMING"] = "ApvTimingParameters";
runTypeMap["GAINSCAN"] = "OptoScanParameters";
runTypeMap["VPSPSCAN"] = "VpspScanParameters";
QMap<unsigned,unsigned> uploadMap;
QMap<unsigned, unsigned>::const_iterator ins_iter = addLevelMap.constBegin();
while (ins_iter != addLevelMap.constEnd()) {
uploadMap[ins_iter.key()] = ins_iter.value();
++ins_iter;
}
ins_iter = selLevelMap.constBegin();
while (ins_iter != selLevelMap.constEnd()) {
uploadMap[ins_iter.key()] = ins_iter.value();
++ins_iter;
}
if (chkSkip->isChecked() && uploadMap.size() > 0) {
if (runTypeMap.contains(analysisType)) {
QString runtypestr = "process.db_client.";
runtypestr += runTypeMap[analysisType];
total.append(runtypestr+".doSelectiveUpload = cms.bool(True)\n");
total.append(runtypestr+".vetoModules = cms.bool(");
total.append(sveto);
total.append(")\n");
QMap<unsigned, unsigned>::const_iterator sm_iter = uploadMap.constBegin();
if (selLevel == "FED") {
total.append(runtypestr+".fedMaskVector = cms.vuint32(");
bool firstWritten = false;
while (sm_iter != uploadMap.constEnd()) {
if (unselLevelMap.constFind(sm_iter.key()) != unselLevelMap.constEnd()) {
++sm_iter;
continue;
}
SiStripFedKey fedkey(sm_iter.key());
if (firstWritten) total.append(",");
total.append(QString::number(fedkey.fedId()));
firstWritten = true;
++sm_iter;
}
total.append(")\n");
}
else if (selLevel == "FULL" || selLevel == "FEC" || selLevel == "RING" || selLevel == "CCU" || selLevel == "CCUCHAN") {
total.append(runtypestr+".fecMaskVector = cms.vuint32(");
sm_iter = uploadMap.constBegin();
bool firstWritten = false;
while (sm_iter != uploadMap.constEnd()) {
if (unselLevelMap.constFind(sm_iter.key()) != unselLevelMap.constEnd()) {
++sm_iter;
continue;
}
SiStripFecKey feckey(sm_iter.key());
if (firstWritten) total.append(",");
total.append(QString::number(feckey.fecSlot()));
firstWritten = true;
++sm_iter;
}
total.append(")\n");
total.append(runtypestr+".ringVector = cms.vuint32(");
sm_iter = uploadMap.constBegin();
firstWritten = false;
while (sm_iter != uploadMap.constEnd()) {
if (unselLevelMap.constFind(sm_iter.key()) != unselLevelMap.constEnd()) {
++sm_iter;
continue;
}
SiStripFecKey feckey(sm_iter.key());
if (firstWritten) total.append(",");
total.append(QString::number(feckey.fecRing()));
firstWritten = true;
++sm_iter;
}
total.append(")\n");
total.append(runtypestr+".ccuVector = cms.vuint32(");
sm_iter = uploadMap.constBegin();
firstWritten = false;
while (sm_iter != uploadMap.constEnd()) {
if (unselLevelMap.constFind(sm_iter.key()) != unselLevelMap.constEnd()) {
++sm_iter;
continue;
}
SiStripFecKey feckey(sm_iter.key());
if (firstWritten) total.append(",");
total.append(QString::number(feckey.ccuAddr()));
firstWritten = true;
++sm_iter;
}
total.append(")\n");
total.append(runtypestr+".i2cChanVector = cms.vuint32(");
sm_iter = uploadMap.constBegin();
firstWritten = false;
while (sm_iter != uploadMap.constEnd()) {
if (unselLevelMap.constFind(sm_iter.key()) != unselLevelMap.constEnd()) {
++sm_iter;
continue;
}
SiStripFecKey feckey(sm_iter.key());
if (firstWritten) total.append(",");
total.append(QString::number(feckey.ccuChan()));
firstWritten = true;
++sm_iter;
}
total.append(")\n");
total.append(runtypestr+".lldChanVector = cms.vuint32(");
sm_iter = uploadMap.constBegin();
firstWritten = false;
while (sm_iter != uploadMap.constEnd()) {
if (unselLevelMap.constFind(sm_iter.key()) != unselLevelMap.constEnd()) {
++sm_iter;
continue;
}
SiStripFecKey feckey(sm_iter.key());
if (firstWritten) total.append(",");
total.append(QString::number(feckey.lldChan()));
firstWritten = true;
++sm_iter;
}
total.append(")\n");
}
}
}
QFile outfile("/opt/cmssw/scripts/selectiveupload_template.py");
outfile.open(QIODevice::WriteOnly | QIODevice::Text);
QTextStream outstream(&outfile);
outstream << total;
outfile.close();
if(Debug::Inst()->getEnabled()) qDebug() << total;
//qDebug() << total;
QStringList commandArgs;
QString uploadString;
QString uploadAnalString;
QString useClientString;
QString saveClientString;
QString disableModulesString;
uploadString = "true";
uploadAnalString = "true";
useClientString="true";
saveClientString="true";
disableModulesString="false";
if (uploadString == "true") {
if (QMessageBox::question(NULL, QObject::tr("Confirmation"), QObject::tr("You are going to upload run analysis results to the configuration database. You should have already run the same analysis and verified the quality of the run. Do you want to continue?"), QMessageBox::Yes, QMessageBox::No) == QMessageBox::No) return;
}
commandArgs << currentRun << uploadString << uploadAnalString << currentPartition << useClientString << disableModulesString << saveClientString;
QDir fffdir("/raid/fff");
QStringList runFilter;
runFilter << "*run"+currentRun+"*";
QStringList runs = fffdir.entryList(runFilter, QDir::Dirs);
TkTerminal* terminal = new TkTerminal();
if (runs.size() > 0) terminal->startProcess("/opt/cmssw/scripts/run_analysis_selup_new.sh", commandArgs);
else terminal->startProcess("/opt/cmssw/scripts/run_analysis_selup.sh", commandArgs);
if (terminal->didStartFail()) delete terminal;
else emit showTabSignal(terminal, "Run Analysis");
}
}
bool DBUpload::displayRunInfo() {
if (currentRun == "") {
btnUpload->setEnabled(false);
return false;
}
fillSkipList();
if (currentRun.toInt() == sistrip::MULTIPART) {
//chkVeto->setEnabled(false);
QStringList parts = currentPartition.split("*");
QVector<QRunId> runIds;
if (parts.size() != 5) {
if(Debug::Inst()->getEnabled()) qDebug() << "Unable to deconstruct 4 partition names for multi-partition view\n";
btnUpload->setEnabled(false);
return false;
}
for (int i = 1; i < parts.size(); i++) {
QString part = parts.at(i);
QStringList subparts = part.split("#");
if (subparts.size() != 2) {
if(Debug::Inst()->getEnabled()) qDebug() << "Unable to deconstruct 4 partition names and run numbers for multi-partition view\n";
btnUpload->setEnabled(false);
return false;
}
runIds.push_back(QRunId(subparts[0], subparts[1]));
}
infoss << "<html>" << std::endl;
infoss << "<b>Multi-partition view : </b>" << "<br/><br/>";
if (parts.at(0) != "TIMING") {
btnUpload->setEnabled(false);
}
for (int i = 0; i < runIds.size(); i++) {
QString partition, modeDescription, creationDate, startTime, endTime;
QString fecMajor, fecMinor, fedMajor, fedMinor, connMajor, connMinor, dcuinfoMajor, dcuinfoMinor, dcumapMajor, dcumapMinor, maskMajor, maskMinor;
QString analMajor, analMinor;
QString tablename = "viewallrun";
std::stringstream queryss;
queryss << "select distinct ";
queryss << "partitionname, ";
queryss << "modedescription, ";
queryss << "to_char( starttime,'yyyy-mm-dd' ) as creationdate, ";
queryss << "to_char( starttime, 'hh24:mi:ss' ) as creationtime, ";
queryss << "to_char( endtime, 'hh24:mi:ss' ) as finishtime, ";
queryss << "fecversionmajorid, ";
queryss << "fecversionminorid, ";
queryss << "fedversionmajorid, ";
queryss << "fedversionminorid, ";
queryss << "connectionversionmajorid, ";
queryss << "connectionversionminorid, ";
queryss << "dcuinfoversionmajorid, ";
queryss << "dcuinfoversionminorid, ";
queryss << "dcupsumapversionmajorid, ";
queryss << "dcupsumapversionminorid, ";
queryss << "maskversionmajorid, ";
queryss << "maskversionminorid ";
queryss << "from ";
queryss << tablename.toStdString();
queryss << " where runnumber=" << qPrintable(runIds[i].second);
QString myQuery(queryss.str().c_str());
QSqlQuery query(myQuery);
while (query.next()) {
partition = query.value(0).toString();
modeDescription = query.value(1).toString();
creationDate = query.value(2).toString();
startTime = query.value(3).toString();
endTime = query.value(4).toString();
fecMajor = query.value(5).toString();
fecMinor = query.value(6).toString();
fedMajor = query.value(7).toString();
fedMinor = query.value(8).toString();
connMajor = query.value(9).toString();
connMinor = query.value(10).toString();
dcuinfoMajor = query.value(11).toString();
dcuinfoMinor = query.value(12).toString();
dcumapMajor = query.value(13).toString();
dcumapMinor = query.value(14).toString();
maskMajor = query.value(15).toString();
maskMinor = query.value(16).toString();
}
tablename = "analysis";
queryss.str("");
queryss << "select distinct ";
queryss << "versionmajorid, ";
queryss << "versionminorid ";
queryss << "from ";
queryss << tablename.toStdString();
queryss << " where analysisid = ( select max(analysisid) from analysis where runnumber = " << qPrintable(runIds[i].second) << ")";
myQuery = queryss.str().c_str();
QSqlQuery query2(myQuery);
while (query2.next()) {
analMajor = query2.value(0).toString();
analMinor = query2.value(1).toString();
}
QString pname = "";
QString pnameinfo = "";
if (partition.startsWith("TI")) pnameinfo = "TIB/TID";
else if (partition.startsWith("TO")) pnameinfo = "TOB";
else if (partition.startsWith("TP")) pnameinfo = "TEC+";
else if (partition.startsWith("TM")) pnameinfo = "TEC-";
if (partition.startsWith("TI")) pname = "PartTIBD";
else if (partition.startsWith("TO")) pname = "PartTOB";
else if (partition.startsWith("TP")) pname = "PartTECP";
else if (partition.startsWith("TM")) pname = "PartTECM";
infoss << "<b>DB parameters for " << qPrintable(pnameinfo) << "</b><br/>";
infoss << "Partition name : " << qPrintable(partition) << "<br/>";
infoss << "Run number : " << qPrintable(runIds[i].second) << "<br/>";
infoss << "Cabling : " << qPrintable(connMajor) << "." << qPrintable(connMinor) << "<br/>";
infoss << "FEC : " << qPrintable(fecMajor) << "." << qPrintable(fecMinor) << "<br/>";
infoss << "FED : " << qPrintable(fedMajor) << "." << qPrintable(fedMinor) << "<br/>";
infoss << "DCU : " << qPrintable(dcuinfoMajor) << "." << qPrintable(dcuinfoMinor) << "<br/>";
infoss << "DCU PSU Map : " << qPrintable(dcumapMajor) << "." << qPrintable(dcumapMinor) << "<br/>";
infoss << "Mask : " << qPrintable(maskMajor) << "." << qPrintable(maskMinor) << "<br/>";
infoss << "Analysis : " << qPrintable(analMajor) << "." << qPrintable(analMinor) << "<br/>";
infoss << "<br/>";
partss << "\t" << qPrintable(pname) << " = cms.untracked.PSet(" << std::endl;
partss << "\t\tForceCurrentState = cms.untracked.bool(False)," << std::endl;
partss << "\t\tForceVersions = cms.untracked.bool(True)," << std::endl;
partss << "\t\tPartitionName = cms.untracked.string(\'" << qPrintable(partition) << "\')," << std::endl;
partss << "\t\tRunNumber = cms.untracked.uint32(" << qPrintable(runIds[i].second) << ")," << std::endl;
partss << "\t\tCablingVersion = cms.untracked.vuint32(" << qPrintable(connMajor) << ", " << qPrintable(connMinor) << ")," << std::endl;
partss << "\t\tFecVersion = cms.untracked.vuint32(" << qPrintable(fecMajor) << ", " << qPrintable(fecMinor) << ")," << std::endl;
partss << "\t\tFedVersion = cms.untracked.vuint32(" << qPrintable(fedMajor) << ", " << qPrintable(fedMinor) << ")," << std::endl;
partss << "\t\tDcuDetIdsVersion = cms.untracked.vuint32(" << qPrintable(dcuinfoMajor) << ", " << qPrintable(dcuinfoMinor) << ")," << std::endl;
partss << "\t\tDcuPsuMapVersion = cms.untracked.vuint32(" << qPrintable(dcumapMajor) << ", " << qPrintable(dcumapMinor) << ")," << std::endl;
partss << "\t\tMaskVersion = cms.untracked.vuint32(" << qPrintable(maskMajor) << ", " << qPrintable(maskMinor) << ")," << std::endl;
partss << "\t\tApvTimingVersion = cms.untracked.vuint32(" << qPrintable(analMajor) << ", " << qPrintable(analMinor) << ")," << std::endl;
partss << "\t)," << std::endl;
}
infoss << "</html>" << std::endl;
QTextCursor cursor(txtCurRunInfo->textCursor());
cursor.insertHtml(infoss.str().c_str());
return true;
}
else {
//btnUpload->setEnabled(false);
QString partition, modeDescription, creationDate, startTime, endTime, o2o;
QString fecMajor, fecMinor, fedMajor, fedMinor, connMajor, connMinor, dcuinfoMajor, dcuinfoMinor, dcumapMajor, dcumapMinor, maskMajor, maskMinor, analysisid;
QString cpsetpoint;
QString tablename = "viewallrun";
std::stringstream queryss;
queryss << "select distinct ";
queryss << "partitionname, ";
queryss << "modedescription, ";
queryss << "to_char( starttime,'yyyy-mm-dd' ) as creationdate, ";
queryss << "to_char( starttime, 'hh24:mi:ss' ) as creationtime, ";
queryss << "to_char( endtime, 'hh24:mi:ss' ) as finishtime, ";
queryss << "fecversionmajorid, ";
queryss << "fecversionminorid, ";
queryss << "fedversionmajorid, ";
queryss << "fedversionminorid, ";
queryss << "connectionversionmajorid, ";
queryss << "connectionversionminorid, ";
queryss << "dcuinfoversionmajorid, ";
queryss << "dcuinfoversionminorid, ";