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frmprepareglobal.cpp
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frmprepareglobal.cpp
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// Qt includes
#include <QtGui>
#include <QtSql/QSqlQuery>
#include <QtSql/QSqlError>
#include <QProcess>
// project includes
#include "frmprepareglobal.h"
#include "frmterminaldialog.h"
#include "Debug.h"
#include "DbConnection.h"
// Defines
#define TIB_ID "TIB/TID"
#define TOB_ID "TOB"
#define TECP_ID "TEC+"
#define TECM_ID "TEC-"
#define O2O_ID "O2O"
#define PREPAREGLOBAL_SCRIPT "/nfshome0/trackerpro/o2o/scripts/prepareGlobal_slc5.sh"
#define SELECTPARTNAMES "select partitionname, max(o2oid) as o2oid from partition, StateHistory, CurrentState, O2OPartition where StateHistory.partitionid=Partition.partitionId and StateHistory.stateHistoryId=CurrentState.stateHistoryId and Partition.partitionId = O2OPartition.partitionid and SUBDETECTOR = '%1' group by partitionname order by O2OID asc"
#define SELECTXCHECK "select PkgO2OPartition.getO2OXChecked('%1') from dual"
#define SELECTXCHECKNONE "select count(runnumber) from o2opartition where runnumber=(select max(runnumber) from o2opartition) and subdetector='%1'"
#define SELECTXCHECKO2O "select count(runnumber) from o2opartition where runnumber=(select max(runnumber) from o2opartition) and subdetector='%1'"
#define SELECTCHECKDUPLICATE "select count(runnumber) from partition, o2opartition where partition.partitionid = o2opartition.partitionid and partition.partitionname = '%1' and o2opartition.runnumber = %2"
#define SELECTCHECKDUPLICATESUB "select count(runnumber) from o2opartition where runnumber=%1 and subdetector='%2'"
#define SELECTNEXTRUNNUMBER "with nextglobalrun as (select max(runnumbertbl.runnumber+1) runnumber from CMS_RUNINFO.runnumbertbl), lasto2o as (select max(o2opartition.runnumber) runnumber from o2opartition) select nextglobalrun.runnumber, lasto2o.runnumber from nextglobalrun, lasto2o"
#define EXECINSERTOPERATION "BEGIN PkgO2OPartition.insertO2OOperation('%1', '%2', %3); END;"
#define EXECCONFIRMO2O "BEGIN PkgO2OPartition.insertO2OConfirmation(%1); END;"
#define SELECTLATESTVERSION "select RUNNUMBER, PARTITIONNAME, FECVERSIONMAJORID, FECVERSIONMINORID, FEDVERSIONMAJORID, FEDVERSIONMINORID, CONNECTIONVERSIONMAJORID, CONNECTIONVERSIONMINORID, DCUINFOVERSIONMAJORID, DCUINFOVERSIONMINORID, DCUPSUMAPVERSIONMAJORID, DCUPSUMAPVERSIONMINORID from ViewLastO2OPartitions" // unused
#define SELECTLATESTVERSIONS "select FECVERSIONMAJORID, FECVERSIONMINORID, FEDVERSIONMAJORID, FEDVERSIONMINORID, CONNECTIONVERSIONMAJORID, CONNECTIONVERSIONMINORID, DCUINFOVERSIONMAJORID, DCUINFOVERSIONMINORID, DCUPSUMAPVERSIONMAJORID, DCUPSUMAPVERSIONMINORID, MASKVERSIONMAJORID, MASKVERSIONMINORID from ViewLastO2OPartitions where RUNNUMBER=%1 and PARTITIONNAME='%2'"
#define SELECTLATESTFEDVALUES "select distinct allvalues.readroute, allvalues.fedmode, allvalues.supermode from fedvalues allvalues join (select fedid,max(versionminorid) versionminorid, versionmajorid from fedvalues join fed using(fedid) join viewcurrentstate cs on cs.partitionname='%1' and cs.fedversionmajorid=fedvalues.versionmajorid and fedvalues.versionminorid<=cs.fedversionminorid group by fedid, versionmajorid) goodvalues on allvalues.fedid=goodvalues.fedid and allvalues.versionmajorid=goodvalues.versionmajorid and allvalues.versionminorid=goodvalues.versionminorid"
#define EXECCHANGEREADROUTE "BEGIN TestPackages.changeFedParameter('%1','FEDVALUES','READROUTE','%2',0); END;"
#define EXECCHANGEMODE "BEGIN TestPackages.changeFedParameter('%1','FEDVALUES','FEDMODE', '%2',0); END;"
#define EXECCHANGESUPERMODE "BEGIN TestPackages.changeFedParameter('%1','FEDVALUES','SUPERMODE','%2',0); END;"
#define EXECREFRESHCACHE "BEGIN TestPackages.TestPkgFedDownload('%1'); END;"
#define NONE_STRING "(none)"
enum {SLINK64, VME};
enum {VR = 100, ZS_NORMAL = 201, ZS_LITE = 202, ZS_FAKE_NORMAL = 203, ZS_FAKE_LITE = 204, SCOPE = 300};
enum {RESULT_OK = 3, RESULT_ALMOST_OK = 2, RESULT_UNKNOWN = 1, RESULT_WARNING = 0, RESULT_ERROR = -1};
enum {MIN = 0,
TIBPART, TOBPART, TECPPART, TECMPART,
TIBRR, TOBRR, TECPRR, TECMRR,
TIBMSM, TOBMSM, TECPMSM, TECMMSM,
CONFTIB, CONFTOB, CONFTECP, CONFTECM, MAX
};
std::map<int, QComboBox*> configuration;
PrepareGlobal::PrepareGlobal(QWidget * parent):
QMainWindow(parent)
{
setupUi(this);
addReadRoutes();
addModesAndSuperModes();
textLabel1->setText("");
latencyTib->setText("--");
latencyTib->setEnabled(false);
latencyTob->setText("--");
latencyTob->setEnabled(false);
latencyTecp->setText("--");
latencyTecp->setEnabled(false);
latencyTecm->setText("--");
latencyTecm->setEnabled(false);
configuration[TIBPART] = cmbTib;
configuration[TOBPART] = cmbTob;
configuration[TECPPART] = cmbTecp;
configuration[TECMPART] = cmbTecm;
configuration[TIBRR] = comboBoxReadRouteTib;
configuration[TOBRR] = comboBoxReadRouteTob;
configuration[TECPRR] = comboBoxReadRouteTecp;
configuration[TECMRR] = comboBoxReadRouteTecm;
configuration[TIBMSM] = comboBoxMSMTib;
configuration[TOBMSM] = comboBoxMSMTob;
configuration[TECPMSM] = comboBoxMSMTecp;
configuration[TECMMSM] = comboBoxMSMTecm;
populatePartitions();
checkVersions();
setPartitions();
getCurrentConfiguration();
cacheOldConfiguration();
readoutChanged();
}
PrepareGlobal::~PrepareGlobal() {
}
void PrepareGlobal::addReadRoutes() {
addReadRouteTo(comboBoxReadRouteTib);
addReadRouteTo(comboBoxReadRouteTob);
addReadRouteTo(comboBoxReadRouteTecp);
addReadRouteTo(comboBoxReadRouteTecm);
}
void PrepareGlobal::addReadRouteTo(QComboBox* readRouteList) {
QString sLink = "SLINK64";
QString vme = "VME";
readRouteList->insertItem(readRouteList->count(), sLink);
readRouteList->insertItem(readRouteList->count(), vme);
}
void PrepareGlobal::addModesAndSuperModes() {
readoutModes[100] = 0;//VR ;
readoutModes[201] = 1;//ZS_NORMAL ;
readoutModes[202] = 2;//ZS_LITE ;
readoutModes[203] = 3;//ZS_FAKE_NORMAL;
readoutModes[204] = 4;//ZS_FAKE_LITE ;
readoutModes[300] = 5;//SCOPE ;
addModeAndSuperModeTo(comboBoxMSMTib);
addModeAndSuperModeTo(comboBoxMSMTob);
addModeAndSuperModeTo(comboBoxMSMTecp);
addModeAndSuperModeTo(comboBoxMSMTecm);
}
void PrepareGlobal::addModeAndSuperModeTo(QComboBox* modeList) {
std::vector<QString> modesAndSuperModes;
modesAndSuperModes.push_back("VIRGIN_RAW/NORMAL");
modesAndSuperModes.push_back("ZERO_SUPPRESSION/NORMAL");
modesAndSuperModes.push_back("ZERO_SUPPRESSION/ZERO_LITE");
modesAndSuperModes.push_back("ZERO_SUPPRESSION/FAKE");
modesAndSuperModes.push_back("ZERO_SUPPRESSION/FAKE_ZERO_LITE");
modesAndSuperModes.push_back("SCOPE");
std::vector<QString>::const_iterator it = modesAndSuperModes.begin();
std::vector<QString>::const_iterator itEnd = modesAndSuperModes.end();
for(; it != itEnd; ++it) modeList->insertItem(modeList->count(), *it);
}
void PrepareGlobal::partitionForConfiguration(QLabel* label, int partitionLabel) {
QString partition = configuration[partitionLabel - 12]->currentText();
if (partition != NONE_STRING) {
QString text = label->text();
text.truncate(text.toStdString().find(" "));
text = text + " (" + partition + ")";
if (iOldConfiguration[partitionLabel] == RESULT_WARNING) {
QPalette pal = label->palette();
pal.setColor(QPalette::WindowText, QColor(Qt::red));
label->setPalette(pal);
label->setText(text);
}
else label->setText(text);
}
else {
QString text = label->text();
text.truncate(text.toStdString().find(" "));
QPalette pal = label->palette();
pal.setColor(QPalette::WindowText, QColor(Qt::red));
label->setPalette(pal);
label->setText(text);
}
}
void PrepareGlobal::setPartitions() {
partitionForConfiguration(txtTib_2 , CONFTIB );
partitionForConfiguration(txtTob_2 , CONFTOB );
partitionForConfiguration(txtTecp_2, CONFTECP );
partitionForConfiguration(txtTecm_2, CONFTECM );
}
int PrepareGlobal::getCurrentConfiguration() {
QVector<QLabel*> labels;
labels.push_back(txtTib_2);
labels.push_back(txtTob_2);
labels.push_back(txtTecp_2);
labels.push_back(txtTecm_2);
for(size_t i = 1; i<=4; ++i ) iOldConfiguration[i+12] = getCurrentConfigurationFor(labels[i-1],configuration[i+4],configuration[i+8]);
return 1;
}
int PrepareGlobal::getCurrentConfigurationFor(QLabel *label, QComboBox* comboReadRoute, QComboBox* comboMSM ) {
int returnValue = RESULT_UNKNOWN;
QString lblText = label->text();
QString subDetector = lblText.section( '(',1,1);
subDetector.truncate((subDetector.length() - 1));
QString readroute, fedmode, supermode;
if(subDetector == NONE_STRING || subDetector == "") return RESULT_OK;
if (DbConnection::Inst()->dbConnected()) {
QString myQuery;
myQuery = QString(SELECTLATESTFEDVALUES).arg(subDetector);
QSqlQuery query(myQuery);
int resultCounter = 0;
while (query.next()) {
readroute = query.value(0).toString();
fedmode = query.value(1).toString();
supermode = query.value(2).toString();
resultCounter++;
}
if(resultCounter == 1) {
returnValue = RESULT_OK;
QPalette pal = label->palette();
pal.setColor(QPalette::WindowText, QColor(Qt::black));
label->setPalette(pal);
}
else {
statusBar()->showMessage("Partition is in a mixed state. Enter global running like this only if you know what you are doing");
returnValue = RESULT_WARNING;
QPalette pal = label->palette();
pal.setColor(QPalette::WindowText, QColor(Qt::red));
label->setPalette(pal);
}
if(Debug::Inst()->getEnabled()) {
qDebug() << qPrintable(readroute) << ' ' << qPrintable(fedmode) << ' ' << qPrintable(supermode) << "\n";
qDebug() << qPrintable(readroute) << ' ' << qPrintable(fedmode) << ' ' << qPrintable(supermode) << "\n";
}
if(readroute == "VME") comboReadRoute->setCurrentIndex(VME);
else comboReadRoute->setCurrentIndex(SLINK64);
updateMSM(comboMSM, fedmode.toStdString().c_str(), supermode.toStdString().c_str());
}
return returnValue;
}
bool PrepareGlobal::updateMSM(QComboBox* combo, QString fedmode, QString supermode) {
int mode = 0;
if(fedmode == "VIRGIN_RAW") {
mode = 100;
}
else if(fedmode == "ZERO_SUPPRESSION") {
mode = 200;
if(supermode == "NORMAL") mode += 1;
if(supermode == "ZERO_LITE") mode += 2;
if(supermode == "FAKE") mode += 3;
if(supermode == "FAKE_ZERO_LITE") mode += 4;
}
else if(fedmode == "SCOPE") {
mode = 300;
}
else {
return false;
}
if(readoutModes.find(mode) == readoutModes.end() ) {
if(Debug::Inst()->getEnabled()) qDebug() << "OBS, did not find this mode/supermode combination\n";
}
else combo->setCurrentIndex(readoutModes.find(mode)->second );
return true;
}
void PrepareGlobal::addChoosePartitionName(QComboBox * myPartList) {
QString selectedItem;
Partitions w;
w.setModal(true);
w.populatePartitions();
if (w.exec()==QDialog::Accepted) {
selectedItem = w.selectedPartition();
if (selectedItem != "") {
myPartList->insertItem(myPartList->count(), selectedItem);
myPartList->setCurrentIndex(myPartList->count()-1);
checkVersions();
}
}
}
void PrepareGlobal::on_btnTibMore_clicked() {
addChoosePartitionName(cmbTib);
partitionForConfiguration(txtTib_2, CONFTIB );
readoutChanged();
}
void PrepareGlobal::on_btnTobMore_clicked() {
addChoosePartitionName(cmbTob);
partitionForConfiguration(txtTob_2, CONFTOB );
readoutChanged();
}
void PrepareGlobal::on_btnTecpMore_clicked() {
addChoosePartitionName(cmbTecp);
partitionForConfiguration(txtTecp_2, CONFTECP );
readoutChanged();
}
void PrepareGlobal::on_btnTecmMore_clicked() {
addChoosePartitionName(cmbTecm);
partitionForConfiguration(txtTecm_2, CONFTECM );
readoutChanged();
}
void PrepareGlobal::readoutChanged() {
activatePartition(cmbTib, comboBoxReadRouteTib, comboBoxMSMTib);
activatePartition(cmbTob, comboBoxReadRouteTob, comboBoxMSMTob);
activatePartition(cmbTecp, comboBoxReadRouteTecp, comboBoxMSMTecp);
activatePartition(cmbTecm, comboBoxReadRouteTecm, comboBoxMSMTecm);
bool isChanged = false;
for(size_t i = TIBRR; i <= TECMMSM; ++i) {
if(iOldConfiguration[i] != configuration[i]->currentIndex()) isChanged = true;
}
if(isChanged) {
QMessageBox::warning( this, "Prepare Running State"
"Warning",
"This feature is not yet connected to the DB\n"
"Changes made here are NOT propagated to the tracker",
"OK", 0, 0, 1) ;
btnApplyChanges->setEnabled(true);
btnRevertConfiguration->setEnabled(true);
}
else {
btnApplyChanges->setEnabled(false);
btnRevertConfiguration->setEnabled(false);
}
checkReadoutConfiguration();
}
void PrepareGlobal::activatePartition(QComboBox* subDet, QComboBox* readRoute, QComboBox* modeSuperMode) {
if (subDet->currentText() == NONE_STRING) {
readRoute->setEnabled(false);
modeSuperMode->setEnabled(false);
}
else {
readRoute->setEnabled(true);
modeSuperMode->setEnabled(true);
}
}
void PrepareGlobal::checkReadoutConfiguration() {
std::vector<int> status;
std::vector<int> partitionStatus;
int valid = RESULT_OK;
int partitionValid = RESULT_OK;
status.clear();
partitionStatus.clear();
for(size_t partition = 1; partition <= 4; ++partition) {
if(configuration[partition]->currentText() != NONE_STRING) {
status.push_back( validCombination( configuration[partition+4], configuration[partition+8] ) );
partitionStatus.push_back(iOldConfiguration[partition+12]);
}
}
for(size_t stat = 0; stat < status.size(); ++stat) {
if(status[stat] == RESULT_ERROR) valid = RESULT_ERROR;
if(status[stat] == RESULT_WARNING && valid != RESULT_ERROR) valid = RESULT_WARNING;
}
for(size_t stat = 0; stat < partitionStatus.size(); ++stat) {
if(partitionStatus[stat] == RESULT_ERROR) partitionValid = RESULT_ERROR;
if(partitionStatus[stat] == RESULT_WARNING && partitionValid != RESULT_ERROR) partitionValid = RESULT_WARNING;
}
displayStatus( (valid < partitionValid ? valid : partitionValid) );
if(partitionValid == RESULT_ERROR && valid == RESULT_ERROR ) statusBar()->showMessage("Both partition state and readout are problematic for global running");
else if(partitionValid == RESULT_WARNING && valid == RESULT_ERROR ) statusBar()->showMessage("Please make sure you really want to use this readout configuration");
else if(partitionValid == RESULT_WARNING && valid == RESULT_WARNING ) statusBar()->showMessage("Partition state and readout are not a priori suitable for global running, please check");
else if(partitionValid == RESULT_OK && valid == RESULT_WARNING ) statusBar()->showMessage("Partition state is OK but the readout is not the default");
else if(partitionValid == RESULT_OK && valid == RESULT_OK ) statusBar()->showMessage("Partition state and readout are ready for global running");
}
void PrepareGlobal::displayStatus(int newStatus ) {
QString icon_name;
QString statusMessage = "";
switch (newStatus) {
case RESULT_ERROR:
icon_name = "/opt/cmssw/shifter/avartak/qtRoot/NewCommissioningGui/Stable/TkCommissioner/images/round_error.png";
//statusMessage = "Last O2O upload does not correspond to this configuration";
break;
case RESULT_UNKNOWN:
icon_name = "/opt/cmssw/shifter/avartak/qtRoot/NewCommissioningGui/Stable/TkCommissioner/images/round_question.png";
//statusMessage = "ERROR: I encountered an unexpected problem. Please check the command line for possible detailed error messages";
break;
case RESULT_OK:
icon_name = "/opt/cmssw/shifter/avartak/qtRoot/NewCommissioningGui/Stable/TkCommissioner/images/round_ok.png";
// statusMessage = "Last O2O upload corresponds to this configuration";
// statusMessage = "Readout configuration appears to be ok";
break;
case RESULT_ALMOST_OK:
icon_name = "/opt/cmssw/shifter/avartak/qtRoot/NewCommissioningGui/Stable/TkCommissioner/images/round_almost_ok.png";
//statusMessage = "Partitions are in correct state, waiting for O2O confirmation";
break;
case RESULT_WARNING:
icon_name = "/opt/cmssw/shifter/avartak/qtRoot/NewCommissioningGui/Stable/TkCommissioner/images/triangle_attention.png";
//statusMessage = "This combination of Mode/Supermode and Readroute is NOT recommended, be sure that you really want this configuration!";
break;
default:
icon_name = "/opt/cmssw/shifter/avartak/qtRoot/NewCommissioningGui/Stable/TkCommissioner/images/round_question.png";
if(Debug::Inst()->getEnabled()) qDebug() << "ERROR in PrepareGlobal::displayStatus unexpected status\n";
break;
}
if(statusMessage != "")
statusBar()->showMessage(statusMessage);
validReadOut->setPixmap(qPixmapFromMimeSource(icon_name));
}
void PrepareGlobal::displayStatus(int newStatus, const int& nextRunNumber, const int& lastIovRunNumber, bool allowO2O ) {
QString icon_name;
QString statusMessage;
switch (newStatus) {
case RESULT_ERROR:
icon_name = "/opt/cmssw/shifter/avartak/qtRoot/NewCommissioningGui/Stable/TkCommissioner/images/round_error.png";
statusMessage = "Last O2O upload does not correspond to this configuration";
break;
case RESULT_UNKNOWN:
icon_name = "/opt/cmssw/shifter/avartak/qtRoot/NewCommissioningGui/Stable/TkCommissioner/images/round_question.png";
statusMessage = "ERROR: I encountered an unexpected problem. Please check the command line for possible detailed error messages";
break;
case RESULT_OK:
icon_name = "/opt/cmssw/shifter/avartak/qtRoot/NewCommissioningGui/Stable/TkCommissioner/images/round_ok.png";
statusMessage = "Last O2O upload corresponds to this configuration";
allowO2O = false;
break;
case RESULT_ALMOST_OK:
icon_name = "/opt/cmssw/shifter/avartak/qtRoot/NewCommissioningGui/Stable/TkCommissioner/images/round_almost_ok.png";
statusMessage = "Partition(s) are in correct state, waiting for O2O confirmation";
allowO2O = false;
break;
default:
icon_name = "/opt/cmssw/shifter/avartak/qtRoot/NewCommissioningGui/Stable/TkCommissioner/images/round_question.png";
if(Debug::Inst()->getEnabled()) qDebug() << "ERROR in PrepareGlobal::displayStatus unexpected status\n";
break;
}
statusBar()->showMessage(statusMessage);
linLastIov->setText(QString("%1").arg(lastIovRunNumber));
linNextRun->setText(QString("%1").arg(nextRunNumber));
lblUpdate->setPixmap(qPixmapFromMimeSource(icon_name));
validReadOut->setPixmap(qPixmapFromMimeSource(icon_name));
btnSetConf->setEnabled(allowO2O);
}
int PrepareGlobal::validCombination(QComboBox* comboReadRoute, QComboBox* comboMSM) {
int route = comboReadRoute->currentIndex();
int mode = comboMSM ->currentIndex();
if(route == SLINK64) {
if(mode == readoutModes[ZS_NORMAL] ||
mode == readoutModes[ZS_LITE] ||
mode == readoutModes[ZS_FAKE_NORMAL] ||
mode == readoutModes[ZS_FAKE_LITE]) {
return RESULT_OK;
} else {
return RESULT_WARNING;
}
}
if(route == VME) {
return RESULT_WARNING;
statusBar()->showMessage("A partition which is potentially included in global running is in VME read route");
}
if(Debug::Inst()->getEnabled()) qDebug() << "OBS, you got an unknown readout route, this should never happen!\n";
return RESULT_UNKNOWN;
}
void PrepareGlobal::populatePartition(QStringList partitionNames, QComboBox* cmbPart, bool usedPart) {
for (QStringList::iterator it = partitionNames.begin(); it!=partitionNames.end(); ++it) {
cmbPart->insertItem(cmbPart->count(), *it);
}
cmbPart->setCurrentIndex(cmbPart->count()-1);
// std::cout << "subdet " << usedPart << std::endl; // debug
if (!usedPart) cmbPart->setItemText(cmbPart->currentIndex(), NONE_STRING);
}
void PrepareGlobal::populatePartitions() {
QStringList partitionNames;
bool usedPart;
for(size_t partition = 1; partition <= 4; ++partition) {
configuration[partition]->clear();
configuration[partition]->insertItem(configuration[partition]->count(), NONE_STRING);
}
partitionNames = getUsedPartitionNames(TIB_ID, usedPart);
populatePartition(partitionNames, cmbTib, usedPart);
partitionNames = getUsedPartitionNames(TOB_ID, usedPart);
populatePartition(partitionNames, cmbTob, usedPart);
partitionNames = getUsedPartitionNames(TECP_ID, usedPart);
populatePartition(partitionNames, cmbTecp, usedPart);
partitionNames = getUsedPartitionNames(TECM_ID, usedPart);
populatePartition(partitionNames, cmbTecm, usedPart);
}
QStringList PrepareGlobal::getUsedPartitionNames(QString subDetector, bool& used) {
used = true;
QStringList partitionNames;
if (DbConnection::Inst()->dbConnected()) {
QString myQuery;
myQuery = QString(SELECTPARTNAMES).arg(subDetector);
QSqlQuery query(myQuery);
while (query.next()) {
QString aPartitionName = query.value(0).toString();
partitionNames.append(aPartitionName);
}
myQuery = QString(SELECTXCHECKNONE).arg(subDetector);
QSqlQuery query2(myQuery);
int resultCounter = 0;
while (query2.next()) {
int partition = query2.value(0).toInt();
if (partition==1) used = true;
else if (partition==0) used = false;
else {
used = true;
if(Debug::Inst()->getEnabled()) qDebug() << "ERROR: in PrepareGlobal::getUsedPartitionNames" << "I found more that one partition for the same subdetector in the latest version set\n";
}
resultCounter++;
}
if (resultCounter!=1) {
if(Debug::Inst()->getEnabled()) qDebug() << "ERROR: in PrepareGlobal::getUsedPartitionNames " << "I found more that one answer to the SELECT query\n";
used = true;
}
}
else {
if(Debug::Inst()->getEnabled()) qDebug() << "ERROR: dbConnection id NULL in " << "PrepareGlobal::getUsedPartitionNames(QString subDetector)\n";
}
return partitionNames;
}
int PrepareGlobal::xCheckPartition( QString partitionName , QString subDetector) {
int result=RESULT_UNKNOWN;
if (DbConnection::Inst()->dbConnected()) {
if (partitionName==NONE_STRING) {
QString myQuery;
myQuery = QString(SELECTXCHECKNONE).arg(subDetector);
QSqlQuery query(myQuery);
int resultCounter = 0;
while (query.next()) {
int partition = query.value(0).toInt();
if (partition==0) {
result=RESULT_OK;
} else {
result=RESULT_ERROR;
}
resultCounter++;
}
if (resultCounter!=1) {
if(Debug::Inst()->getEnabled()) qDebug() << "ERROR: in PrepareGlobal::xCheckPartition I found more than one answer to the SELECT query\n";
result=RESULT_UNKNOWN;
}
}
else if ((partitionName==O2O_ID)&&(subDetector==O2O_ID)) {
QString myQuery;
myQuery = QString(SELECTXCHECKO2O).arg(subDetector);
QSqlQuery query(myQuery);
bool rset = query.exec();
int resultCounter = 0;
if (rset) {
while (query.next()) {
int partition = query.value(0).toInt();
if (partition==1) {
result=RESULT_OK;
} else {
result=RESULT_ERROR;
}
resultCounter++;
}
}
if (resultCounter!=1) {
if(Debug::Inst()->getEnabled()) qDebug() << "ERROR: in PrepareGlobal::xCheckPartition I found more than one answer to the SELECT query\n";
result=RESULT_UNKNOWN;
}
}
else {
QString myQuery;
myQuery = QString(SELECTXCHECK).arg(partitionName);
QSqlQuery query(myQuery);
int resultCounter = 0;
while (query.next()) {
int partition = query.value(0).toInt();
if (partition==1) {
result=RESULT_OK;
} else {
result=RESULT_ERROR;
}
resultCounter++;
}
if (resultCounter!=1) {
if(Debug::Inst()->getEnabled()) qDebug() << "ERROR: in PrepareGlobal::xCheckPartition I found more than one answer to the SELECT query\n";
result=RESULT_UNKNOWN;
}
}
}
else {
if(Debug::Inst()->getEnabled()) qDebug() << "ERROR: dbConnection is NULL in PrepareGlobal::xCheckPartition\n";
result=RESULT_UNKNOWN;
}
return result;
}
int PrepareGlobal::checkVersions() {
return checkVersions(true);
}
int PrepareGlobal::checkVersions( bool checkO2O ){
QString icon_name;
int tibr, tobr, tecpr, tecmr, runnr, o2or;
int nextRunNumber;
int lastIovRunNumber;
int resultState=RESULT_UNKNOWN;
bool allowO2O = true;
tibr = xCheckPartition(cmbTib->currentText(), TIB_ID);
//std::cout << "tibr: " << tibr << std::endl; // debug
tobr = xCheckPartition(cmbTob->currentText(), TOB_ID);
//std::cout << "tobr: " << tobr << std::endl; // debug
tecpr = xCheckPartition(cmbTecp->currentText(), TECP_ID);
//std::cout << "tecpr: " << tecpr << std::endl; // debug
tecmr = xCheckPartition(cmbTecm->currentText(), TECM_ID);
//std::cout << "tecmr: " << tecmr << std::endl; // debug
runnr=getRunNumbers(nextRunNumber, lastIovRunNumber);
//std::cout << "runnr: " << runnr << std::endl; // debug
if (checkO2O) {
o2or = xCheckPartition(O2O_ID, O2O_ID);
if ((o2or==RESULT_OK)&&(nextRunNumber==lastIovRunNumber)) {
allowO2O = false;
}
} else {
o2or = RESULT_UNKNOWN;
}
// DEBUG
//o2or = RESULT_OK;
// END DEBUG
if ((tibr==RESULT_OK)&&
(tobr==RESULT_OK)&&
(tecpr==RESULT_OK)&&
(tecmr==RESULT_OK)&&
(o2or==RESULT_OK)) {
resultState=RESULT_OK;
}
if ((tibr==RESULT_ERROR)||
(tobr==RESULT_ERROR)||
(tecpr==RESULT_ERROR)||
(tecmr==RESULT_ERROR)||
(o2or==RESULT_ERROR)){
resultState=RESULT_ERROR;
}
if ((tibr==RESULT_UNKNOWN) ||
(tobr==RESULT_UNKNOWN) ||
(tecpr==RESULT_UNKNOWN)||
(tecmr==RESULT_UNKNOWN)||
(runnr==RESULT_UNKNOWN)||
(o2or==RESULT_UNKNOWN)){
resultState=RESULT_UNKNOWN;
}
if ((tibr==RESULT_OK)&&
(tobr==RESULT_OK)&&
(tecpr==RESULT_OK)&&
(tecmr==RESULT_OK)&&
(o2or==RESULT_UNKNOWN)) {
resultState=RESULT_ALMOST_OK;
}
// TODO: update the partition names if resultState==RESULT_OK
displayStatus(resultState, nextRunNumber, lastIovRunNumber, allowO2O);
return resultState;
}
int PrepareGlobal::getRunNumbers ( int &nextRunNumber, int &lastIovRunNumber ) {
int result=RESULT_UNKNOWN;
nextRunNumber = -1;
lastIovRunNumber = -1;
if (DbConnection::Inst()->dbConnected()) {
QString myQuery;
myQuery = QString(SELECTNEXTRUNNUMBER);
QSqlQuery query(myQuery);
int resultCounter = 0;
while (query.next()) {
nextRunNumber = query.value(0).toInt();
lastIovRunNumber = query.value(1).toInt();
resultCounter++;
}
if (resultCounter==1) result=RESULT_OK;
else {
if(Debug::Inst()->getEnabled()) qDebug() << "ERROR: in PrepareGlobal::getRunNumbers I found more that one answer to the SELECT query\n";
result=RESULT_UNKNOWN;
}
}
else if(Debug::Inst()->getEnabled()) qDebug() << "ERROR dbConnection is NULL in PrepareGlobal::getRunNumbers\n";
return result;
}
void PrepareGlobal::cacheOldConfiguration() {
for(int i = TIBRR; i <= TECMMSM; ++i) iOldConfiguration[i] = configuration[i]->currentIndex();
}
void PrepareGlobal::on_btnAllToGlobal_clicked()
{
// set route to SLINK64
setAllToReadout(SLINK64);
// set Mode/SuperMode to ZS Normal
setAllToModeSuperMode(readoutModes[ZS_NORMAL]);
readoutChanged();
}
void PrepareGlobal::on_btnAllToLocal_clicked()
{
// set route to VME
//setAllToReadout(VME);
setAllToModeSuperMode(readoutModes[VR]);
readoutChanged();
//displayStatus(RESULT_WARNING);
}
void PrepareGlobal::setAllToModeSuperMode(int modeSuperMode)
{
if(cmbTib->currentText() != NONE_STRING) comboBoxMSMTib ->setCurrentIndex(modeSuperMode);
if(cmbTob->currentText() != NONE_STRING) comboBoxMSMTob ->setCurrentIndex(modeSuperMode);
if(cmbTecp->currentText() != NONE_STRING) comboBoxMSMTecp->setCurrentIndex(modeSuperMode);
if(cmbTecm->currentText() != NONE_STRING) comboBoxMSMTecm->setCurrentIndex(modeSuperMode);
}
void PrepareGlobal::setAllToReadout(int readoutMode)
{
if(cmbTib->currentText() != NONE_STRING) comboBoxReadRouteTib ->setCurrentIndex(readoutMode);
if(cmbTob->currentText() != NONE_STRING) comboBoxReadRouteTob ->setCurrentIndex(readoutMode);
if(cmbTecp->currentText() != NONE_STRING) comboBoxReadRouteTecp->setCurrentIndex(readoutMode);
if(cmbTecm->currentText() != NONE_STRING) comboBoxReadRouteTecm->setCurrentIndex(readoutMode);
}
bool PrepareGlobal::preparePartitionState(QString partitionName, QString subDetector, int nextRunNumber) {
bool result = false;
if (DbConnection::Inst()->dbConnected()) {
int existingEntries=99;
QString myQuery;
myQuery = QString(SELECTCHECKDUPLICATE).arg(partitionName).arg(nextRunNumber);
QSqlQuery query(myQuery);
bool rset = query.exec();
if (rset) {
query.next();
existingEntries = query.value(0).toInt();
if (existingEntries>0) {
// std::cerr << "There is already " << existingEntries << " entry with the same properties. Skipping the insertion" << std::endl; // debug
result = true;
}
if (existingEntries>1) {
if(Debug::Inst()->getEnabled()) qDebug() << "ERROR: There are nore than 1 partition with the same state (" << existingEntries << "): either the check is wrong or the database is corrupted.\n";
}
}
else {
if(Debug::Inst()->getEnabled()) qDebug() << "Could not count existing entries in o2opartition table. Skipping insertion\n"; // error message
existingEntries = 99;
result = false;
}
if (existingEntries==0) {
myQuery = QString(EXECINSERTOPERATION).arg(partitionName).arg(subDetector).arg(nextRunNumber);
QSqlQuery query2(myQuery);
query2.exec();
DbConnection::Inst()->dbConnection().commit();
result=true;
}
}
else {
if(Debug::Inst()->getEnabled()) qDebug() << "ERROR dbConnection is NULL in PrepareGlobal::preparePartitionState\n";
}
return result;
}
bool PrepareGlobal::confirmO2O(int nextRunNumber) {
bool result = false;
if (DbConnection::Inst()->dbConnected()) {
QString myQuery;
// TODO: check if the o2o was already confirmed
myQuery = QString(EXECCONFIRMO2O).arg(nextRunNumber);
// std::cerr << myQuery.latin1() << std::endl; // debug
QSqlQuery query(myQuery);
query.exec();
DbConnection::Inst()->dbConnection().commit();
result=true;
}
else {
if(Debug::Inst()->getEnabled()) qDebug() << "ERROR dbConnection is NULL in PrepareGlobal::confirmO2O\n";
}
return result;
}
QString PrepareGlobal::createCfgLines(QString subDetectorShort, QString partitionName,
int fecMajor, int fecMinor,
int fedMajor, int fedMinor,
int cablingMajor, int cablingMinor,
int dcuMajor, int dcuMinor,
int maskMajor, int maskMinor,
int dcuPsuMajor, int dcuPsuMinor){
QString cfgLines;
cfgLines = QString("\tPart%1= cms.untracked.PSet(\\\n").arg(subDetectorShort);
cfgLines += QString("\t\tPartitionName = cms.untracked.string(\"%1\"),\\\n").arg(partitionName);
cfgLines += QString("\t\tForceCurrentState = cms.untracked.bool(False),\\\n");
cfgLines += QString("\t\tForceVersions = cms.untracked.bool(True), \\\n");
cfgLines += QString("\t\tCablingVersion = cms.untracked.vuint32(%1,%2),\\\n").arg(cablingMajor).arg(cablingMinor);
cfgLines += QString("\t\tFecVersion = cms.untracked.vuint32(%1,%2),\\\n").arg(fecMajor).arg(fecMinor);
cfgLines += QString("\t\tFedVersion = cms.untracked.vuint32(%1,%2),\\\n").arg(fedMajor).arg(fedMinor);
cfgLines += QString("\t\tDcuDetIdsVersion = cms.untracked.vuint32(%1,%2),\\\n").arg(dcuMajor).arg(dcuMinor);
cfgLines += QString("\t\tMaskVersion = cms.untracked.vuint32(%1,%2),\\\n").arg(maskMajor).arg(maskMinor);
cfgLines += QString("\t\tDcuPsuMapVersion = cms.untracked.vuint32(%1,%2)\\\n").arg(dcuPsuMajor).arg(dcuPsuMinor);
cfgLines += QString("\t\t\\\n\t)\\\n");
return cfgLines;
}
int PrepareGlobal::getVersions(QString partitionName, int runNumber,
int& fecMajor, int& fecMinor,
int& fedMajor, int& fedMinor,
int& cablingMajor, int& cablingMinor,
int& dcuMajor, int& dcuMinor,
int& maskMajor, int& maskMinor,
int& dcuPsuMajor, int& dcuPsuMinor){
int result = RESULT_UNKNOWN;
if (DbConnection::Inst()->dbConnected()) {
QString myQuery;
myQuery = QString(SELECTLATESTVERSIONS).arg(runNumber).arg(partitionName);
QSqlQuery query(myQuery);
bool rset = query.exec();
int resultCounter = 0;
if (rset) {
while (query.next()) {
fecMajor = query.value(0).toInt();
fecMinor = query.value(1).toInt();
fedMajor = query.value(2).toInt();
fedMinor = query.value(3).toInt();
cablingMajor = query.value(4).toInt();
cablingMinor = query.value(5).toInt();
dcuMajor = query.value(6).toInt();
dcuMinor = query.value(7).toInt();
dcuPsuMajor = query.value(8).toInt();
dcuPsuMinor = query.value(9).toInt();
maskMajor = query.value(10).toInt();
maskMinor = query.value(11).toInt();
resultCounter++;
}
}
if (resultCounter==1) {
result=RESULT_OK;
} else {
if(Debug::Inst()->getEnabled()) qDebug() << "ERROR: in PrepareGlobal::getVersions "
<< "I found more that one answer to the SELECT query\n";
result=RESULT_UNKNOWN;
}
} else {
if(Debug::Inst()->getEnabled()) qDebug() << "ERROR dbConnection is NULL "
<< "in PrepareGlobal::getVersions\n";
}
return result;
}
QString PrepareGlobal::createCfgLines(QString subDetectorShort, QString partitionName,
int runNumber, bool& isValid, bool &isFirst) {
int fecMajor=0;
int fecMinor=0;
int fedMajor=0;
int fedMinor=0;
int cablingMajor=0;
int cablingMinor=0;
int dcuMajor=0;
int dcuMinor=0;
int dcuPsuMajor=0;
int dcuPsuMinor=0;
int maskMajor=0;
int maskMinor=0;
int result = RESULT_UNKNOWN;
QString cfgLines=QString("");
if (DbConnection::Inst()->dbConnected()) {
QString myQuery;
myQuery = QString(SELECTLATESTVERSIONS).arg(runNumber).arg(partitionName);
QSqlQuery query(myQuery);
bool rset = query.exec();
int resultCounter = 0;
if (rset) {
while (query.next()) {
fecMajor = query.value(0).toInt();
fecMinor = query.value(1).toInt();
fedMajor = query.value(2).toInt();
fedMinor = query.value(3).toInt();
cablingMajor = query.value(4).toInt();
cablingMinor = query.value(5).toInt();
dcuMajor = query.value(6).toInt();
dcuMinor = query.value(7).toInt();
dcuPsuMajor = query.value(8).toInt();
dcuPsuMinor = query.value(9).toInt();
maskMajor = query.value(10).toInt();
maskMinor = query.value(11).toInt();
resultCounter++;
}
}
if (resultCounter==1) {
result=RESULT_OK;
} else {
if(Debug::Inst()->getEnabled()) qDebug() << "ERROR: in PrepareGlobal::getVersions "
<< "I found more that one answer to the SELECT query\n";
result=RESULT_UNKNOWN;
}
} else {
if(Debug::Inst()->getEnabled()) qDebug() << "ERROR dbConnection is NULL "
<< "in PrepareGlobal::getVersions\n";
}
if (result==RESULT_OK) {
//cfgLines = QString::QString(Form("%s",(isFirst ? "\\\n" : ",\\\n") ));
cfgLines = QString("%1").arg( (isFirst ? "\\\n" : ",\\\n"));
cfgLines += QString("\tPart%1= cms.untracked.PSet(\\\n").arg(subDetectorShort);
cfgLines += QString("\t\tPartitionName = cms.untracked.string(\"%1\"),\\\n").arg(partitionName);
cfgLines += QString("\t\tForceCurrentState = cms.untracked.bool(False),\\\n");
cfgLines += QString("\t\tForceVersions = cms.untracked.bool(True), \\\n");
cfgLines += QString("\t\tCablingVersion = cms.untracked.vuint32(%1,%2),\\\n").arg(cablingMajor).arg(cablingMinor);
cfgLines += QString("\t\tFecVersion = cms.untracked.vuint32(%1,%2),\\\n").arg(fecMajor).arg(fecMinor);
cfgLines += QString("\t\tFedVersion = cms.untracked.vuint32(%1,%2),\\\n").arg(fedMajor).arg(fedMinor);
cfgLines += QString("\t\tDcuDetIdsVersion = cms.untracked.vuint32(%1,%2),\\\n").arg(dcuMajor).arg(dcuMinor);
cfgLines += QString("\t\tMaskVersion = cms.untracked.vuint32(%1,%2),\\\n").arg(maskMajor).arg(maskMinor);
cfgLines += QString("\t\tDcuPsuMapVersion = cms.untracked.vuint32(%1,%2)\\\n").arg(dcuPsuMajor).arg(dcuPsuMinor);
cfgLines += QString("\t\t\\\n\t)");
if(isFirst == true) isFirst = false;
} else {
isValid = false;
}
return cfgLines;
}
void PrepareGlobal::on_btnSetConf_clicked() {
int nextRun, lastIovRun, result;
QString partitionName;
/* int fecMajor; int fecMinor; */