int main()
{
QDateTime dt(QDate(2004, 2, 29), QTime(1,0,0));
qDebug() << dt.toString("yyyy");
qDebug() << dt.toString(Qt::ISODate);
qDebug() << "--------------------";
QDateTime local(QDateTime::currentDateTime());
QDateTime UTC(local.toTimeSpec(Qt::UTC));
QDateTime UTC2(UTC.toTimeSpec(Qt::UTC));
qDebug() << "Local time is:" << local.toString();
qDebug() << "UTC time is:" << UTC.toString();
qDebug() << "UTC2 time is:" << UTC2.toString();
qDebug() << "No difference between times:" << local.secsTo(UTC);
return 0;
}
Date::Date(double year,
double month,
double date,
double hours,
double min,
double sec,
double msec,
bool utcFlag)
{
if (year < 100) {
year += 1900;
}
m_time = MakeDate(MakeDay(year, month, date),
MakeTime(hours, min, sec, msec));
if (!utcFlag) {
m_time = UTC(m_time);
}
}
void loop()
{
while(1)
{
Serial.print("UTC:");
UTC();
Serial.print("Lat:");
latitude();
Serial.print("Dir:");
lat_dir();
Serial.print("Lon:");
longitude();
Serial.print("Dir:");
lon_dir();
Serial.print("Alt:");
altitude();
Serial.println(' ');
Serial.println(' ');
}
}
void QtMarbleConfigDialog::readSettings()
{
d->m_initialGraphicsSystem = graphicsSystem();
d->m_previousGraphicsSystem = d->m_initialGraphicsSystem;
// Sync settings to make sure that we read the current settings.
syncSettings();
// View
d->ui_viewSettings.kcfg_distanceUnit->setCurrentIndex( measurementSystem() );
d->ui_viewSettings.kcfg_angleUnit->setCurrentIndex( angleUnit() );
d->ui_viewSettings.kcfg_stillQuality->setCurrentIndex( stillQuality() );
d->ui_viewSettings.kcfg_animationQuality->setCurrentIndex( animationQuality() );
d->ui_viewSettings.kcfg_labelLocalization->setCurrentIndex( Marble::Native );
d->ui_viewSettings.kcfg_mapFont->setCurrentFont( mapFont() );
d->ui_viewSettings.kcfg_graphicsSystem->setCurrentIndex( graphicsSystem() );
// Navigation
d->ui_navigationSettings.kcfg_dragLocation->setCurrentIndex( Marble::KeepAxisVertically );
d->ui_navigationSettings.kcfg_onStartup->setCurrentIndex( onStartup() );
d->ui_navigationSettings.kcfg_inertialEarthRotation->setChecked( inertialEarthRotation() );
d->ui_navigationSettings.kcfg_animateTargetVoyage->setChecked( animateTargetVoyage() );
int editorIndex = 0;
if ( externalMapEditor() == "potlatch") {
editorIndex = 1;
} else if ( externalMapEditor() == "josm") {
editorIndex = 2;
} else if ( externalMapEditor() == "merkaartor") {
editorIndex = 3;
}
d->ui_navigationSettings.kcfg_externalMapEditor->setCurrentIndex( editorIndex );
// Cache
d->ui_cacheSettings.kcfg_volatileTileCacheLimit->setValue( volatileTileCacheLimit() );
d->ui_cacheSettings.kcfg_persistentTileCacheLimit->setValue( persistentTileCacheLimit() );
d->ui_cacheSettings.kcfg_proxyUrl->setText( proxyUrl() );
d->ui_cacheSettings.kcfg_proxyPort->setValue( proxyPort() );
d->ui_cacheSettings.kcfg_proxyUser->setText( proxyUser() );
d->ui_cacheSettings.kcfg_proxyPass->setText( proxyPass() );
d->ui_cacheSettings.kcfg_proxyType->setCurrentIndex( proxyType() );
d->ui_cacheSettings.kcfg_proxyAuth->setChecked( proxyAuth() );
// Time
d->ui_timeSettings.kcfg_systemTimezone->setChecked( systemTimezone() );
d->ui_timeSettings.kcfg_customTimezone->setChecked( customTimezone() );
d->ui_timeSettings.kcfg_chosenTimezone->setCurrentIndex( chosenTimezone() );
d->ui_timeSettings.kcfg_utc->setChecked( UTC() );
d->ui_timeSettings.kcfg_systemTime->setChecked( systemTime() );
d->ui_timeSettings.kcfg_lastSessionTime->setChecked( lastSessionTime() );
if( systemTimezone() == true )
{
QDateTime localTime = QDateTime::currentDateTime().toLocalTime();
localTime.setTimeSpec( Qt::UTC );
d->m_marbleWidget->model()->setClockTimezone( QDateTime::currentDateTime().toUTC().secsTo( localTime ) );
}
else if( UTC() == true )
{
d->m_marbleWidget->model()->setClockTimezone( 0 );
}
else if( customTimezone() == true )
{
d->m_marbleWidget->model()->setClockTimezone( d->m_timezone.value( chosenTimezone() ) );
}
// Routing
// ownCloud
d->ui_cloudSyncSettings.kcfg_enableSync->setChecked( syncEnabled() );
d->ui_cloudSyncSettings.kcfg_syncBookmarks->setChecked( syncBookmarks() );
d->ui_cloudSyncSettings.kcfg_syncRoutes->setChecked( syncRoutes() );
d->ui_cloudSyncSettings.kcfg_owncloudServer->setText( owncloudServer() );
d->ui_cloudSyncSettings.kcfg_owncloudUsername->setText( owncloudUsername() );
d->ui_cloudSyncSettings.kcfg_owncloudPassword->setText( owncloudPassword() );
// Read the settings of the plugins
d->m_marbleWidget->readPluginSettings( d->m_settings );
// The settings loaded in the config dialog have been changed.
emit settingsChanged();
}
void MainWindow::on_pushButton_clicked()
{
int *year=new int ;
int *mon=new int ;
int *day=new int ;
int *hour=new int ;
int *min=new int ;
int *sec=new int ;
int *mide=new int ;
int *lengthMax=new int;
*lengthMax=560;
char namePDF[120];
char dateTime[40],stringText[40];
QDateTime UTC(QDateTime::currentDateTimeUtc());
QDateTime local(UTC.toLocalTime());
QByteArray captureFisrtName=ui->lineEditFirstName->text().toLatin1();
QByteArray captureLastName=ui->lineEditLastName->text().toLatin1();
QByteArray capturePhone=ui->lineEditPhone->text().toLatin1();
QByteArray captureFisrtAddress=ui->lineEditAddress->text().toLatin1();
QByteArray captureFisrtEmail=ui->lineEditemail->text().toLatin1();
QLineF line(0, 120, 600, 120);
QPrinter printer;
QPainter painter;
time_t time=UTC.toTime_t();
time=time-10800;
*year=(UTC.toTime_t()/31556926);
printer.setOutputFormat(QPrinter::PdfFormat);
*sec=time%60;
*min=(time/60)%60;
//qDebug() <<"min"<<min;
*hour=(time/3600)%24;
//qDebug() <<"hour"<<hour;
*day=(time/(3600*24))%31;
// qDebug() <<"day"<<day;
*mon=(((time-(time/31556926)))/2629743%12)+1;
// qDebug() <<"month"<<mon;
sprintf(namePDF,"/Users/leonardoamaya/Documents/QtProjects/QtPdf/Presupuesto%d-%02d-%02d %02d %02d %02d.pdf",(*year+1970),*mon,*day,*hour,*min,*sec);
// sprintf(namePDF,"/Users/leonardoamaya/QtProjects/QtPdf/Pres.pdf");
sprintf(dateTime,"%2d / %2d / %4d",*day,*mon,(*year+1970));
printer.setOutputFileName(namePDF);
delete year;
delete mon;
delete day;
delete hour;
delete min;
delete sec;
if (! painter.begin(&printer)) { // failed to open file
qWarning("failed to open file, is it writable?");
return ;
}
painter.setPen(Qt::gray);
painter.setFont(QFont("Helvetica", 6, QFont::Bold));
strcpy(stringText,"X");
*mide=(*lengthMax-(strlen(stringText)))/2;
painter.drawText(*mide, 10,stringText);
strcpy(stringText,"Documento");
*mide=(*lengthMax-(strlen(stringText)))/2;
painter.drawText(*mide, 20,stringText);
strcpy(stringText,"no Valido");
*mide=(*lengthMax-(strlen(stringText)))/2;
painter.drawText(*mide, 30,stringText);
strcpy(stringText,"como factura");
*mide=(*lengthMax-(strlen(stringText)))/2;
painter.drawText(*mide, 40,stringText);
//Titles
painter.setFont(QFont("Helvetica", 11, QFont::Bold));
painter.drawText( 450, 70,dateTime);
*mide=(*lengthMax-(strlen("Presupuesto"))*8)/2;
painter.drawText(*mide, 200, "Presupuesto");
*mide=(*lengthMax-(strlen("Lio Design")*8))/2;
painter.drawText(*mide, 240, "Lio Design");
delete mide;
//Data Clients
painter.setFont(QFont("Helvetica", 11, QFont::Normal));
painter.drawText(20, 80, "Nombre:");
painter.drawText(20, 100, "Apellido:");
painter.drawText(20, 120, "Telefono:");
painter.drawText(20, 140, "Direccion:");
painter.drawText(20, 160, "e-mail:");
painter.setFont(QFont("Helvetica", 11, QFont::Bold));
painter.drawText(100, 80,captureFisrtName );
painter.drawText(100, 100, captureLastName);
painter.drawText(100, 120, capturePhone);
painter.drawText(100, 140, captureFisrtAddress);
painter.drawText(100, 160, captureFisrtEmail);
//Lines
line.setLine(0,45,*lengthMax,45);
painter.drawLine(line);
line.setLine(0,250,*lengthMax,250);
painter.drawLine(line);
line.setLine(0,750,*lengthMax,750);
painter.drawLine(line);
//Config Puff
painter.setPen(Qt::black);
painter.setFont(QFont("Helvetica", 11, QFont::Normal));
if(ui->checkBoxPuff1->isChecked()) {
painter.drawText(100, 400, "* Puff 1 x unidad $ ");
}
if(ui->checkBoxPuff2->isChecked()) {
painter.drawText(100, 450, "* Puff 2 x unidad $ ");
}
if(ui->checkBoxPuff3->isChecked()) {
painter.drawText(100, 500, "* Puff 3 x unidad $ ");
}
if(ui->checkBoxSofa1->isChecked()) {
painter.drawText(100, 650, "* Sofa 1 x unidad $ ");
}
delete lengthMax;
painter.end();
}
bool CGPSgeneric::updateInfo(CGPSport &select,bool invalidate,int maxwait)
{
int ii;
int sleeptime=50; // ms
int loopcount;
bool res=true;
double err;
int fix;
double lat,lon,alt;
double spd,hdg;
float ve,vn,vu;
CString name;
CTime utctime;
// Easy waiting ... loop ...
if (maxwait>0) {
loopcount=maxwait*1000/sleeptime;
}
else {
loopcount=2;
}
switch (select.getType()) {
#if USE_RPNMEA == 1
case CGPSPortTypesSerialNMEA:
// should we be invalidating GPS info first?
if (invalidate) {
select.invalidateInfo();
select.invalidateDeviceInfo();
}
for (ii=0; ii<loopcount; ii++) {
res=garNMEA.updateInfo((ii==0)?(invalidate):(false));
if (res&&
garNMEA.getName(NULL) &&
garNMEA.getLoc(NULL,NULL,NULL) &&
garNMEA.getTimeData(NULL,NULL))
{
// we are done ...
break;
}
}
if (res) {
CGPSData garData=garNMEA.getGPSInfo();
if (garData.getLoc(&lat,&lon,&alt))
select.setInfo(&lat,&lon,&alt,NULL,NULL,NULL,NULL,NULL);
if (garData.getMov(&spd,&hdg))
select.setInfo(NULL,NULL,NULL,&spd,&hdg,NULL,NULL,NULL);
if (garData.getName(&name)) {
// @@@ probably totally wrong
const char *tname=name.GetString();
select.setInfo(NULL,NULL,NULL,NULL,NULL,NULL,tname,NULL);
}
if (garData.getTimeDate(&utctime))
select.setInfo(NULL,NULL,NULL,NULL,NULL,&utctime,NULL,NULL);
}
break;
#endif
#if USE_GARXFACE == 1
case CGPSPortTypesSerialGarXface:
case CGPSPortTypesUSBGarXface:
// should we be invalidating GPS info first?
if (invalidate) {
select.invalidateInfo();
// @@@ should we keep this and set the device info below?
// select.invalidateDeviceInfo();
}
if (! garGPS.IsOpen())
return false;
// Set GPS to return PVT data ...
try
{
garGPS.PvtDataOn();
}
catch(GarXface4::Exceptions::GxException &e)
{
// e.ReportError();
return false;
}
// GPS should now be delivering PVT data ...
// ... read data until we are happy or tired ...
GarXface4::PVTdata *p;
for (int ii=0; ii<loopcount; ii++) {
try
{
p = garGPS.GetPVTdata();
}
catch(GarXface4::Exceptions::GxException &e)
{
// e.ReportError();
// @@@ do we want to return or first stop PVT?
//return false;
res=false;
break;
}
// Stop looping if we have what we wanted ...
if (p->GetGpsConnect() && p->GetValidData())
break;
// Data is no good yet ... sleep a bit
Sleep(sleeptime);
}
// Make sure we exited the loop with good data ...
if (p->GetGpsConnect() && p->GetValidData()) {
ve = p->GetVelocityEast(); // m/s
vn = p->GetVelocityNorth();
vu = p->GetVelocityUp();
alt = (double)p->GetAltitude(); // m
err = (double)p->GetEstimatedPositionError(); // m
fix = (int)p->GetFixType(); // we might want to check this for minimum quality ...
lat = GarXface4::Math::WGS84::radiansToDegrees(p->GetLatitude());
lon = GarXface4::Math::WGS84::radiansToDegrees(p->GetLongitude());
spd = GarXface4::Math::Velocity::calculateSpeed(ve,vn,vu); // undocumented units
hdg = GarXface4::Math::Velocity::calculateHeadingDeg(ve,vn); // undocumented units
long timeRaw = GarXface4::Math::UTC::GarminTimeToLongTime(
p->GetWnDays(),
p->GetTimeOfWeek(),
p->GetLeapSeconds(),
true);
CTime UTC(timeRaw);
select.setInfo(&lat,&lon,&alt,&spd,&hdg,&UTC,NULL,NULL);
}
else {
res=false;
}
// No more PVT data for now ... thank you
try
{
garGPS.PvtDataOff();
// garGPS.Close();
}
catch(GarXface4::Exceptions::GxException &e)
{
return false;
}
return res;
break;
#endif
default:
return false;
}
return true;
}
char* UTC(){
return UTC("T");
}
