void WizUpdaterDialog::doUpdateApp()
{
// read metadata
QList<QStringList> files;
setGuiNotify("Prepare upgrade");
QString strConfig = ::WizGetUpgradePath() + "config.txt";
WizSettings* config = new WizSettings(strConfig);
int i = 0;
QString strFileEntry = config->getString("Files", QString::number(i));
while (!strFileEntry.isEmpty()) {
QStringList strFileMeta = strFileEntry.split("*");
QStringList strFile;
strFile << strFileMeta.at(0) << strFileMeta.at(1);
files.append(strFile);
i++;
strFileEntry = config->getString("Files", QString::number(i));
}
QList<QStringList>::const_iterator it;
for(it = files.constBegin(); it!= files.constEnd(); it++) {
QString strLocal = ::WizGetAppPath() + (*it).at(0);
QString strLocalPath = ::WizExtractFilePath(strLocal);
QString strUpdate = ::WizGetUpgradePath() + (*it).at(0);
QString strUpdatePath = ::WizExtractFilePath(strUpdate);
QFile fileUpdate(strUpdate);
if (fileUpdate.exists()) {
// compare MD5
QString md5Remote = (*it).at(1);
QString md5Download = ::WizMd5FileString(strUpdate);
if (md5Remote == md5Download) {
::WizEnsurePathExists(strLocalPath);
fileUpdate.copy(strLocal);
fileUpdate.remove();
setGuiNotify(QString("Copying %1").arg(strLocal));
}
}
::WizDeleteFolder(strUpdatePath);
}
// remove config file
QFile fileConfig(strConfig);
fileConfig.remove();
QFile fileZip(::WizGetUpgradePath() + "update.zip");
fileZip.remove();
// remove stub
QFile fileStub(::WizGetUpgradePath() + "WIZNOTE_READY_FOR_UPGRADE");
fileStub.remove();
setGuiNotify("Upgrade done");
ui->progressUpdate->setValue(ui->progressUpdate->maximum());
}
//============================================================================================================
// _readConfigFile
//------------------------------------------------------------------------------------------------------------
// Read target config file
//============================================================================================================
void dlgConfigEditor::_readConfigFile()
{
cTracer tracer("_readConfigFile");
m_qsFileName = QString( "%1/%2" ).arg(m_qsDirConf).arg(ui->ledFileName->text());
ui->ledFileName->setToolTip( m_qsFileName );
QFile fileConfig( m_qsFileName );
m_vTestCases.clear();
if( !fileConfig.open(QIODevice::ReadOnly | QIODevice::Text) )
return;
QTextStream in(&fileConfig);
QStringList qslTestCase;
QString line = in.readLine();
if( line.contains("<atp_config") )
{
m_bConfigXML = true;
fileConfig.close();
_readConfigXml( m_qsFileName );
}
else
{
m_bConfigXML = false;
while( !in.atEnd() )
{
if( line.contains( "<testproc>" ) )
{
if( qslTestCase.count() > 0 )
{
m_vTestCases.append( qslTestCase );
qslTestCase.clear();
}
qslTestCase << _addTestProcedure( line );
}
else if( line.contains( "<testcase>" ) )
{
qslTestCase << _addTestProcedure( line );
}
line = in.readLine();
}
if( qslTestCase.count() > 0 )
{
m_vTestCases.append( qslTestCase );
}
fileConfig.close();
}
}
void WXCConfig::ReadConfig ()
{
wxFileInputStream is(WXC_CONFIG);
wxFileConfig fileConfig(is);
long lVal;
// maximum log-file size
if ( fileConfig.Read("log-size", &lVal) )
lMaxSize_ = lVal;
// crontab check intervall
if ( fileConfig.Read("crontab-check", &lVal) )
lCheckCrontab_ = lVal;
}
/**
* This function creates a datasource object based on either a descriptor
* or a file.
* @param aFile - If 'ETrue', datasource if file based, else it's descriptor based.
* @param aFilename - If filebased, this is the file name passed to the DataSource
* If descriptor based, the data is read from the file.
* @param aOffset - The offset from the start of the file to read (for Descriptor
* based DataSources only)
*/
void CTestStep_MMF_AFMT::CreateDataSource(const TBool& aFile, const TDesC& aFilename,
const TUint& aOffset)
{
if (aFile)
{ // File based DataSource (making a CMMFFile object)
TMMFFileParams fileParams ;
fileParams.iPath = TFileName(aFilename) ;
TMMFFileConfig fileConfig( fileParams ) ;
// Create the iDataSource object.
iDataSource = STATIC_CAST(CMMFFile*, MDataSource::NewSourceL( KUidMmfFileSource,
*STATIC_CAST(TDesC8*,&fileConfig)));
}
else
{ // Descriptor based DataSource
bool WXCConfig::SaveConfig ()
{
wxFileInputStream is(WXC_CONFIG);
wxFileConfig fileConfig(is);
// maximum log-file size
fileConfig.Write("log-size", lMaxSize_);
// crontab check intervall
fileConfig.Write("crontab-check", lCheckCrontab_);
// save
wxFileOutputStream os(WXC_CONFIG);
if ( !(fileConfig.Save(os)) )
{
WXCLog::Do(wxString::Format("Error while saving the config file %s.", WXC_CONFIG));
return false;
}
return true;
}
//============================================================================================================
// _saveConfigSettings
//------------------------------------------------------------------------------------------------------------
// Overwrite the target config file based on the selections in the test item listbox
//============================================================================================================
void dlgConfigEditor::_saveConfigSettings()
{
cTracer tracer("_saveConfigSettings");
tgPrefs::instance().setTestReportRevision( ui->ledTestReportRevision->text() );
tgPrefs::instance().setTesterName( ui->ledTesterName->text() );
tgPrefs::instance().setTestEnvironment( ui->ledEnvironmentName->text() );
QFile fileConfig( m_qsFileName );
fileConfig.copy( QString( "%1/ATP_backup_%2.config" ).arg(m_qsDirConf).arg(QDateTime::currentDateTime().toString("yyyyMMdd_hhmmss")) );
fileConfig.open( QIODevice::WriteOnly );
if( m_bConfigXML )
{
fileConfig.write( "<atp_config version=\"2.0\">\n\n <header>\n" );
fileConfig.write( QString(" <setting fail_silent=\"%1\" />\n").arg((ui->chkSilent->isChecked()?"1":"0")).toStdString().c_str() );
if( m_tcSystemType == tgPrefs::instance().TC_AIF )
{
fileConfig.write( QString(" <setting only_tp=\"%1\" />\n").arg((ui->chkOnlyTP->isChecked()?"1":"0")).toStdString().c_str() );
}
fileConfig.write( QString(" <setting system_release=\"%1\" />\n").arg(ui->ledReleaseVersion->text()).toStdString().c_str() );
fileConfig.write( QString(" <setting testreport_revision=\"%1\" />\n").arg(ui->ledTestReportRevision->text()).toStdString().c_str() );
fileConfig.write( QString(" <setting tester_name=\"%1\" />\n").arg(ui->ledTesterName->text()).toStdString().c_str() );
fileConfig.write( QString(" <setting test_environment=\"%1\" />\n").arg(ui->ledEnvironmentName->text()).toStdString().c_str() );
fileConfig.write( QString(" <setting itu_address=\"%1\" />\n").arg(ui->ledITUAddress->text()).toStdString().c_str() );
fileConfig.write( " </header>\n\n <testcases>\n" );
for( int i=0; i<ui->treeTestElements->topLevelItemCount(); i++ )
{
QString qsLine;
QTreeWidgetItem *itemTestCase = ui->treeTestElements->topLevelItem(i);
qsLine = "";
qsLine.append( "\n <testitem name=\"" );
qsLine.append( itemTestCase->text(2) );
qsLine.append( "\" filename=\"" );
qsLine.append( itemTestCase->text(1) );
qsLine.append( "\" execute=\"" );
qsLine.append( (itemTestCase->checkState(0)==Qt::Checked?"1":"0") );
qsLine.append( "\" flags=\"" );
qsLine.append( itemTestCase->text(3) );
qsLine.append( "\">\n" );
fileConfig.write( qsLine.toStdString().c_str() );
for( int j=0; j<itemTestCase->childCount(); j++ )
{
QTreeWidgetItem *itemTestProcedure = itemTestCase->child( j );
qsLine = "";
qsLine.append( " <testproc name=\"" );
qsLine.append( itemTestProcedure->text(2) );
qsLine.append( "\" execute=\"" );
qsLine.append( (itemTestProcedure->checkState(0)==Qt::Checked?"1":"0") );
qsLine.append( "\" flags=\"" );
qsLine.append( itemTestProcedure->text(3) );
qsLine.append( "\" />\n" );
fileConfig.write( qsLine.toStdString().c_str() );
}
fileConfig.write( " </testitem>\n" );
}
/*
bool bTestItemStarted = false;
for( int i=0; i<ui->listTestElements->count(); i++ )
{
QString qsLine = ui->listTestElements->item(i)->text();
//QStringList qslItem = ui->listTestElements->item(i)->text().split( QChar(' ') );
QString qsEnabled = ( ui->listTestElements->selectedItems().contains(ui->listTestElements->item(i)) ? "1" : "0" );
QString qsName = qsLine.left( qsLine.indexOf(QChar(' ')) ); //qslItem.at(0);
QString qsTitle = ( !qsName.contains("\t") ? qsLine.mid( qsLine.indexOf(QChar('('))+1, (qsLine.indexOf(QChar(')'))-qsLine.indexOf(QChar('('))-1) ) : "" );
QString qsComment = ( qsLine.contains(QChar('#')) ? qsLine.right( qsLine.length()-qsLine.indexOf(QChar('#')) ) : "" ); //QString( ( qslItem.count()>1 ? qslItem.at(1) : "" ) ).remove("#");
if( qsName.contains("\t") )
{
qsLine = QString( " <testproc name=\"%1\" execute=\"%2\" flags=\"%3\" />" ).arg(qsName.remove("\t")).arg(qsEnabled).arg(qsComment.remove("#"));
}
else
{
if( bTestItemStarted )
{
fileConfig.write( "\n </testitem>\n" );
}
qsLine = QString( "\n <testitem name=\"%1\" filename=\"%2\" execute=\"%3\" flags=\"%4\">\n" ).arg(qsTitle).arg(qsName).arg(qsEnabled).arg(qsComment.remove("#"));
bTestItemStarted = true;
}
fileConfig.write( QString("%1\n").arg(qsLine).toStdString().c_str() );
}
if( bTestItemStarted )
{
fileConfig.write( "\n </testitem>\n" );
}*/
fileConfig.write( "\n </testcases>\n\n</atp_config>\n" );
fileConfig.write( QString("\n").toStdString().c_str() );
}
// No need for supporting old version config file
/*else
{
fileConfig.write( QString("<fail-silent> %1\n").arg((ui->chkSilent->isChecked()?"1":"0")).toStdString().c_str() );
if( m_tcSystemType == tgPrefs::instance().TC_AIF )
{
fileConfig.write( QString("<onlyTP> %1\n").arg((ui->chkOnlyTP->isChecked()?"1":"0")).toStdString().c_str() );
}
for( int i=0; i<ui->listTestElements->count(); i++ )
{
QString qsLine;
QStringList qslItem = ui->listTestElements->item(i)->text().split( QChar(' ') );
if( qslItem.at(0).contains("\t") )
{
qsLine += QString(" <testcase> %1").arg( qslItem.at(0) ).remove("\t");
}
else
{
qsLine += QString("\n<testproc> %1").arg( qslItem.at(0) );
}
if( ui->listTestElements->selectedItems().contains( ui->listTestElements->item(i) ) )
{
qsLine += QString(" 1 ");
}
else
{
qsLine += QString(" 0 ");
}
if( qslItem.count() > 1 )
{
qsLine += QString(" %1").arg(qslItem.at(1));
}
fileConfig.write( QString("%1\n").arg(qsLine).toStdString().c_str() );
}
fileConfig.write( QString("\n").toStdString().c_str() );
}*/
fileConfig.close();
}
QStringList DDZ::ouvre(QString nom){
//Variables globales
QString contenu;
QStringList retour;
ErrorManager instance_erreur;
//---------------------------------------------
//Extraction de l'archive
//---------------------------------------------
//Instance QZipReader
QZipReader ddz_global(nom, QIODevice::ReadOnly);
//Extraction
ddz_global.extractAll(QDir::tempPath());
//---------------------------------------------
//Ouverture du fichier principal (DDW)
//---------------------------------------------
QString nom_fichier = nom.split("/").last();
nom_fichier.remove(nom_fichier.size()-4, nom_fichier.size()).append(".ddw").prepend(QDir::tempPath()+"/");
QFile file(nom_fichier);
if(file.open(QFile::ReadOnly)){
QTextStream in(&file);
contenu = in.readAll();
file.close();
retour.append(contenu);
}
else{
instance_erreur.Erreur_msg(QObject::tr("DDZ : Erreur lors de la lecture du contenu du document."), QMessageBox::Ignore);
retour.append("NULL");
return retour;
}
//-----------------------------------------------------
//Renommage des images contenues (selon l'OS)
//-----------------------------------------------------
int nb_images = retour.at(0).count("<img src=");
//Il y a des images, on rentre dans la boucle
if(nb_images > 0){
//Définition de la RegExp
QRegExp regexp_images("<img[^>]*src=\"([^\"]*)");
//Récupération des images
int pos = 0; QStringList list;
while ((pos = regexp_images.indexIn(contenu, pos)) != -1){
list << regexp_images.cap(1);
pos += regexp_images.matchedLength();
}
if(nb_images != list.size()){
//On a pas trouvé toutes les images (ou on en a trouvé trop, ce qui est pire)
instance_erreur.Erreur_msg(QObject::tr("Problème lors de la détection d'images -> annulation de l'ouverture"), QMessageBox::Ignore);
retour.append("NULL");
return retour;
}
//On change le chemin des images
for(int i=0; i<list.size(); i++){
QString nom_image = list.at(i).split("/").last();
QString temp = retour.at(0);
temp.replace(list.at(i), QDir::tempPath()+"/"+nom_image);
retour.removeFirst();
retour.prepend(temp);
}
}
//Ouverture de la configuration
QFile fileConfig(QDir::tempPath()+"/config.xml");
QString *erreur = new QString;int *er1 =new int;int *er2 = new int;
QDomDocument config("Config");
if(!fileConfig.open(QIODevice::ReadOnly)){
instance_erreur.Erreur_msg(QObject::tr("DDZ : Erreur lors de l'ouverture du fichier de configuration"), QMessageBox::Ignore);
retour.append("NULL");
return retour;
}
QString contenuxml = fileConfig.readAll().simplified();
if (!config.setContent(contenuxml, true, erreur, er1, er2)){
instance_erreur.Erreur_msg(QObject::tr("DDZ : Impossible d'attribuer le fichier de configuration à la variable QDomDocument"), QMessageBox::Ignore);
retour.append("NULL");
return retour;
}
fileConfig.close();
QDomElement racine = config.documentElement();
//Lecture de la langue
QDomNodeList langue = racine.elementsByTagName("langue");
if(!langue.isEmpty()){
QString Slangue = langue.at(0).toElement().text();
QRegExp is_dico("^[a-z]{2}_[A-Z]{2}$");
if(is_dico.exactMatch(Slangue)){
retour.append(Slangue);
}
else{
retour.append("default");
}
}
QDomNodeList liste_annexes = racine.elementsByTagName("annexe");
if(!liste_annexes.isEmpty()){
for(int i=0; i<liste_annexes.count(); i++){
retour.append(QDir::tempPath()+"/"+liste_annexes.at(i).toElement().text());
}
}
//Mots ignorés
QDomNodeList liste_mots = racine.elementsByTagName("mot");
if(!liste_mots.isEmpty()){
for(int i=0; i<liste_mots.count(); i++){
motsIgnores.append(liste_mots.at(i).toElement().text());
}
}
return retour;
}
int mainTest(int argNumber, char* argString[])
{
//Init Logger
Logger::getInstance()->setLoggingLevel(eINFO);
//We create a folder for background substraction configuration file. BGSLib will crash if that folder doesn't exist.
boost::filesystem::create_directory("config");
//We load the tracking configuration
po::options_description fileConfig("Configuration file options");
po::variables_map vm = LoadConfigurationSettings(argNumber, argString, fileConfig);
if(vm.count("logging-level") >0)
{
unsigned int level = vm["logging-level"].as<unsigned int>();
if(level >= 0 && level <= eNONE)
Logger::getInstance()->setLoggingLevel(ELoggingLevel(level));
}
//We load the video
bool overrideTotalNbFrame = false;
unsigned int lastFrame = -1;
InputFrameProviderIface* vfm = LoadVideo(vm, overrideTotalNbFrame, lastFrame);
try
{
if(vfm && vfm->isOpen())
{
LOGINFO("Starting tracker");
bool success = true;
DrawableTimer dt;
float pixelByMeter = 1;
if(vm.count("scaleratio-filename") > 0 && vm["scaleratio-filename"].as<std::string>() != "none" && vm["scaleratio-filename"].as<std::string>() != "None")
{
success = Utils::IO::LoadScalar<float>(vm["scaleratio-filename"].as<std::string>(), pixelByMeter);
if(!success)
{
pixelByMeter = 1;
LOGWARNING("Can't load scale ratio file. Using 1px/m ratio");
}
}
cv::Mat homography = cv::Mat::eye(3,3, CV_32FC1);
if(vm.count("homography-filename") > 0 && vm["homography-filename"].as<std::string>() != "none" && vm["homography-filename"].as<std::string>() != "None")
{
success = Utils::IO::LoadMatrix<double>(vm["homography-filename"].as<std::string>(), homography);
if(!success)
{
homography = cv::Mat::eye(3,3, CV_32FC1);
LOGWARNING("Can't load homography file. Using identity.");
}
}
cv::Mat mask;
if(vm.count("mask-filename") > 0 && vm["mask-filename"].as<std::string>() != "none" && vm["mask-filename"].as<std::string>() != "None")
{
mask = cv::imread(vm["mask-filename"].as<std::string>());
cv::cvtColor(mask, mask, CV_BGR2GRAY);
}
else
{
mask = cv::Mat(vfm->getHeight(), vfm->getWidth(), CV_8UC1);
mask.setTo(cv::Scalar(255,255,255));
}
/*if(vm.count("aerialview-filename") > 0)
{
std::string aerialfn(vm["aerialview-filename"].as<std::string>());
const cv::Mat aerialView = cv::imread(aerialfn);
}*/
DrawingFlags drawFlags = LoadDrawingFlags(vm);
BlobTrackerAlgorithmParams algoParams = LoadTrackerParams(vm);
DisplayInstruction();
ApplicationContext context(mask, homography,(float)vfm->getNbFPS(), pixelByMeter, drawFlags, algoParams, vm["record-bgs"].as<bool>(), vfm);
TrackerPersistance op(&context, vm["object-sqlite-filename"].as<std::string>());
op.init();
std::string bgsRecord = vm["bgs-filepath"].as<std::string>();
context.setBGSPath(bgsRecord);
std::string bgsType = vm["bgs-type"].as<std::string>();
Tracker t(&context, bgsType);
if(bgsType == "PlaybackBGS" && vm.count("bgs-filepath") > 0)
{
IBGS* bgs = t.getBlobDetector()->getBGS();
PlaybackBGS* pbBGS = dynamic_cast<PlaybackBGS*>(bgs);
if(pbBGS)
pbBGS->setPath(bgsRecord);
// std::cout<<"remove playBackBgs\n";
// exit(-1);
}
//bgs-filepath
cv::Mat m;
bool stepByStep = false;
bool quit = false;
bool displayMemory = vm["draw-memory"].as<bool>();
if(!vfm->isOpen())
{
LOGERROR("Can't open video file");
return 0;
}
int nbFrameProcess = 0;
while(vfm->getNextFrame(m) && !quit && (!overrideTotalNbFrame || vfm->getNextFramePos() <= vfm->getNbFrame()) && (vfm->getNextFramePos() <= lastFrame || lastFrame == -1))
{
context.setCurrentFrame(m);
dt.start();
t.processFrame(m);
dt.stop();
if(context.getRefDrawingFlags()->mDrawFPS)
dt.drawFPS(m);
cv::Mat trajectoryPictureClone = m.clone();
if(drawFlags.mDrawPerspective)
{
t.draw(m);
#ifdef _WIN32
if(displayMemory)
{
PROCESS_MEMORY_COUNTERS memCounter;
bool result = GetProcessMemoryInfo(GetCurrentProcess(), &memCounter, sizeof( memCounter ));
float nbMeg = memCounter.WorkingSetSize/(1048576.f);
cv::putText(m, Utils::String::toString(nbMeg)+ " Mo", cv::Point(0,m.rows-5), cv::FONT_HERSHEY_DUPLEX, 1, cv::Scalar(0,255,255),2);
}
#endif
cv::imshow("Video", m);
int key;
if(stepByStep)
{
key = cv::waitKey();
}
else
key = cv::waitKey(1);
if(key == 's')
{
stepByStep = !stepByStep;
}
else if(key == 'm')
{
displayMemory = !displayMemory;
}
else if(key == 'q')
{
std::cout << "Quit was requested. Exiting...";
quit = true;
}
else
UpdateContextFromKeys(&context, key);
}
++nbFrameProcess;
if(nbFrameProcess %50 == 0)
std::cout << "Frame " << nbFrameProcess << std::endl;
}
delete vfm;
}
else
{
LOGWARNING("Config file not loaded");
LOGINFO("Loaded options:\n" << getParameterDescription(fileConfig, vm));
if (vm.count("help"))
{
std::cout << fileConfig << std::endl;
}
}
}
catch(std::exception& e)
{
LOGASSERT(false, "Unhandled exception: " << e.what());
}
Logger::getInstance()->cleanUp();
return 0;
}
void BGDialog::loadWallpaperFilesList()
{
// Wallpapers
// the following QMap is lower cased names mapped to cased names and URLs
// this way we get case insensitive sorting
QMap<QString, QPair<QString, QString> > papers;
//search for .desktop files before searching for images without .desktop files
QStringList lst = m_pDirs->findAllResources("wallpaper", "*desktop", KStandardDirs::NoDuplicates);
QStringList files;
for (QStringList::ConstIterator it = lst.constBegin(); it != lst.constEnd(); ++it) {
KDesktopFile fileConfig(*it);
KConfigGroup cg = fileConfig.group("Wallpaper");
QString imageCaption = cg.readEntry("Name");
QString fileName = cg.readEntry("File");
if (imageCaption.isEmpty()) {
imageCaption = fileName;
imageCaption.replace('_', ' ');
imageCaption = KStringHandler::capwords(imageCaption);
}
// avoid name collisions
QString rs = imageCaption;
QString lrs = rs.toLower();
for (int n = 1; papers.find(lrs) != papers.end(); ++n) {
rs = imageCaption + " (" + QString::number(n) + ')';
lrs = rs.toLower();
}
int slash = (*it).lastIndexOf('/') + 1;
QString directory = (*it).left(slash);
if (cg.readEntry("ImageType") == QLatin1String("pixmap")) {
papers[lrs] = qMakePair(rs, QString(directory + fileName));
files.append(directory + fileName);
}
}
//now find any wallpapers that don't have a .desktop file
lst = m_pDirs->findAllResources("wallpaper", "*", KStandardDirs::NoDuplicates);
for (QStringList::ConstIterator it = lst.constBegin(); it != lst.constEnd(); ++it) {
if (!(*it).endsWith(".desktop") && files.filter(*it).empty()) {
// First try to see if we have a comment describing the image. If we do
// just use the first line of said comment.
KFileMetaInfo metaInfo(*it);
QString imageCaption;
if (metaInfo.isValid() && metaInfo.item("Comment").isValid())
imageCaption = metaInfo.item("Comment").value().toString().section('\n', 0, 0);
if (imageCaption.isEmpty()) {
int slash = (*it).lastIndexOf('/') + 1;
int endDot = (*it).lastIndexOf('.');
// strip the extension if it exists
if (endDot != -1 && endDot > slash)
imageCaption = (*it).mid(slash, endDot - slash);
else
imageCaption = (*it).mid(slash);
imageCaption.replace('_', ' ');
imageCaption = KStringHandler::capwords(imageCaption);
}
// avoid name collisions
QString rs = imageCaption;
QString lrs = rs.toLower();
for (int n = 1; papers.find(lrs) != papers.end(); ++n) {
rs = imageCaption + " (" + QString::number(n) + ')';
lrs = rs.toLower();
}
papers[lrs] = qMakePair(rs, *it);
}
}
KComboBox *comboWallpaper = m_urlWallpaperBox;
comboWallpaper->clear();
m_wallpaper.clear();
int i = 0;
for (QMap<QString, QPair<QString, QString> >::Iterator it = papers.begin();
it != papers.end();
++it) {
comboWallpaper->addItem(it.value().first);
m_wallpaper[it.value().second] = i;
i++;
}
}