int main(int argc, char *argv[])
{
QCoreApplication a(argc, argv);
TrackParser parser;
Track t=parser.parse("/home/anisart/GPS/doc.kml");
// qDebug()<<t.deletePoint(1);
CPoint c; c.setData();
qDebug()<<t.insertPoint(2,c);
qDebug()<<t.getListIds();
QList<CPoint> points;
int i = 0;
while(i<t.getListIds().count())
{
points.append(t.getPoint(t.getListIds().at(i)));
i++;
}
bool hasEle=t.hasEle;
bool hasTime=t.hasTime;
qDebug()<<hasEle<<hasTime;
qDebug()<<t.title;
if (hasEle && hasTime)
foreach (CPoint point, points)
qDebug()<<"lat = "<<point.getLat()<<", lon = "<<point.getLon()<<", ele = "<<point.getEle()<<" "<<point.getTime().toString(Qt::DefaultLocaleLongDate);
else if (hasEle)
foreach (CPoint point, points)
qDebug()<<"lat = "<<point.getLat()<<", lon = "<<point.getLon()<<", ele = "<<point.getEle();
else
foreach (CPoint point, points)
qDebug()<<"lat = "<<point.getLat()<<", lon = "<<point.getLon();
return a.exec();
}
// initalizes all the data for CDInterface based on a file name from
// CDOpen
inline void CDInterface::open(const std::string& str)
{
// use the FIFactory to make the FileInterface
std::string extension;
image = FileInterfaceFactory(str, extension);
std::string fileroot = str;
fileroot.erase(fileroot.rfind(extension));
TrackParser* tp = TrackParserFactory(fileroot);
tp->parse();
tp->postProcess(image->getCDLength());
trackList = tp->getTrackList();
delete tp;
// if there is more than one track, initalize the CDDA data
if (trackList.size() > 2)
{
cdda = new PlayCDDAData(trackList, tp->hasPregap());
cdda->openFile(str);
}
else
{
cdda = new NoCDDAData();
}
// build the subchannel data
scd = SubchannelDataFactory(fileroot);
if (tp->hasPregap())
{
image->setPregap(true, trackList[2].trackStart);
}
}
