// while((nstr = yylook()) >= 0)
void subtest5(void)
{
int nstr;
bogus();
while((nstr = yylook()) >= 0)
{
printf("nstr: %04x\n",nstr);
bogus();
}
}
int main(int argc, char * argv[])
{
if (argc < 3)
{
std::cerr << "Usage: " << argv[0] << " <font name> <font image>...\n";
return 1;
}
// Average symbol information
std::map<char, OCR::Font::Symbol> average;
// Image
BMP img;
// Load a non-existent font
OCR::Font bogus("BOGUS");
// Open file for output
std::string outFileName = argv[1];
outFileName = "font/" + outFileName + ".font";
std::ofstream outFile(outFileName.c_str());
// Load each line and read its statistics
for (int fileNum = 2; fileNum < argc; ++fileNum)
{
// Create line
img.ReadFromFile(argv[fileNum]);
OCR::Line line(img, bogus);
// Create vector for symbol info
std::vector<OCR::Font::Symbol> symbols;
symbols.reserve(ALPHABET.size());
// Do the reading
line.Read(&symbols);
// Loop through and add to the "average"
std::vector<OCR::Font::Symbol>::iterator itr = symbols.begin();
for (unsigned charIndex = 0; itr != symbols.end() && charIndex
< ALPHABET .size(); ++itr, ++charIndex)
{
average[ALPHABET[charIndex]] += *itr;
}
}
for (std::map<char, OCR::Font::Symbol>::iterator itr = average.begin(); itr
!= average.end(); ++itr)
{
// Divide all statistics by number of lines read
itr->second /= (argc - 2);
// Print the character and its statistics to the file
outFile << itr->first << ' ' << itr->second << std::endl;
}
outFile.close();
return 0;
}
void user_q( void ) {
write( FD_CONSOLE, "User Q running\n", 0 );
write( FD_SIO, "Q", 1 );
bogus();
write( FD_SIO, "q", 1 );
write( FD_CONSOLE, "User Q returned from bogus syscall!?!?!\n", 0 );
exit();
}
void MessageFormatRegressionTest::Test4094906()
{
UErrorCode status = U_ZERO_ERROR;
UnicodeString pattern("-");
pattern += (UChar) 0x221E;
pattern += "<are negative|0<are no or fraction|1#is one|1<is 1+|";
pattern += (UChar) 0x221E;
pattern += "<are many.";
ChoiceFormat *fmt = new ChoiceFormat(pattern, status);
failure(status, "new ChoiceFormat");
UnicodeString pat;
if (fmt->toPattern(pat) != pattern) {
errln( (UnicodeString) "Formatter Pattern : " + pat);
errln( (UnicodeString) "Expected Pattern : " + pattern);
}
FieldPosition bogus(FieldPosition::DONT_CARE);
UnicodeString str;
// Will this work for -inf?
logln("Format with -INF : " + fmt->format(Formattable(-uprv_getInfinity()), str, bogus, status));
failure(status, "fmt->format");
str.remove();
logln("Format with -1.0 : " + fmt->format(Formattable(-1.0), str, bogus, status));
failure(status, "fmt->format");
str.remove();
logln("Format with -1.0 : " + fmt->format(Formattable(-1.0), str, bogus, status));
failure(status, "fmt->format");
str.remove();
logln("Format with 0 : " + fmt->format(Formattable((int32_t)0), str, bogus, status));
failure(status, "fmt->format");
str.remove();
logln("Format with 0.9 : " + fmt->format(Formattable(0.9), str, bogus, status));
failure(status, "fmt->format");
str.remove();
logln("Format with 1.0 : " + fmt->format(Formattable(1.0), str, bogus, status));
failure(status, "fmt->format");
str.remove();
logln("Format with 1.5 : " + fmt->format(Formattable(1.5), str, bogus, status));
failure(status, "fmt->format");
str.remove();
logln("Format with 2 : " + fmt->format(Formattable((int32_t)2), str, bogus, status));
failure(status, "fmt->format");
str.remove();
logln("Format with 2.1 : " + fmt->format(Formattable(2.1), str, bogus, status));
failure(status, "fmt->format");
str.remove();
logln("Format with NaN : " + fmt->format(Formattable(uprv_getNaN()), str, bogus, status));
failure(status, "fmt->format");
str.remove();
logln("Format with +INF : " + fmt->format(Formattable(uprv_getInfinity()), str, bogus, status));
failure(status, "fmt->format");
delete fmt;
}
// yyt = yyt + yych;
void subtest2(void)
{
register struct yywork *yyt;
int yych;
yyt=yycrank;
yych=10;
bogus();
yyt = yyt + yych;
printf("yyt: %d %d\n",yyt->verify,yyt->advance);
}
void MessageFormatRegressionTest::Test4106661()
{
UErrorCode status = U_ZERO_ERROR;
ChoiceFormat *fmt = new ChoiceFormat(
"-1#are negative| 0#are no or fraction | 1#is one |1.0<is 1+ |2#are two |2<are more than 2.", status);
failure(status, "new ChoiceFormat");
UnicodeString pat;
logln("Formatter Pattern : " + fmt->toPattern(pat));
FieldPosition bogus(FieldPosition::DONT_CARE);
UnicodeString str;
// Will this work for -inf?
logln("Format with -INF : " + fmt->format(Formattable(-uprv_getInfinity()), str, bogus, status));
failure(status, "fmt->format");
str.remove();
logln("Format with -1.0 : " + fmt->format(Formattable(-1.0), str, bogus, status));
failure(status, "fmt->format");
str.remove();
logln("Format with -1.0 : " + fmt->format(Formattable(-1.0), str, bogus, status));
failure(status, "fmt->format");
str.remove();
logln("Format with 0 : " + fmt->format(Formattable((int32_t)0), str, bogus, status));
failure(status, "fmt->format");
str.remove();
logln("Format with 0.9 : " + fmt->format(Formattable(0.9), str, bogus, status));
failure(status, "fmt->format");
str.remove();
logln("Format with 1.0 : " + fmt->format(Formattable(1.0), str, bogus, status));
failure(status, "fmt->format");
str.remove();
logln("Format with 1.5 : " + fmt->format(Formattable(1.5), str, bogus, status));
failure(status, "fmt->format");
str.remove();
logln("Format with 2 : " + fmt->format(Formattable((int32_t)2), str, bogus, status));
failure(status, "fmt->format");
str.remove();
logln("Format with 2.1 : " + fmt->format(Formattable(2.1), str, bogus, status));
failure(status, "fmt->format");
str.remove();
logln("Format with NaN : " + fmt->format(Formattable(uprv_getNaN()), str, bogus, status));
failure(status, "fmt->format");
str.remove();
logln("Format with +INF : " + fmt->format(Formattable(uprv_getInfinity()), str, bogus, status));
failure(status, "fmt->format");
delete fmt;
}
// yyps -= yyr2[yyn];
void subtest4(void)
{
register short *yyps, yyn;
yyps=0x8004;
yyn=0;
while(yyn<14)
{
bogus();
yyps -= yyr2[yyn];
yyn++;
}
printf("yyps: %04x\n",yyps);
}
// if(yyt <= yytop && yyt->verify+yysvec == yystate)
void subtest3(void)
{
register struct yywork *yyt;
register struct yysvf *yystate;
yyt=yycrank;
yystate=yysvec;
bogus();
if(yyt <= yytop && yyt->verify+yysvec == yystate)
{
printf("if ok %d %d\n",yyt->verify,yyt->advance);
}
else
{
printf("if not ok %d %d\n",yyt->verify,yyt->advance);
}
}
void tst_QSocketNotifier::bogusFds()
{
#ifndef Q_OS_SYMBIAN
//behaviour of QSocketNotifier with an invalid fd is totally different across OS
//main point of this test was to check symbian backend doesn't crash
QSKIP("test only for symbian", SkipAll);
#else
QTest::ignoreMessage(QtWarningMsg, "QSocketNotifier: Internal error");
QSocketNotifier max(std::numeric_limits<int>::max(), QSocketNotifier::Read);
QTest::ignoreMessage(QtWarningMsg, "QSocketNotifier: Invalid socket specified");
QTest::ignoreMessage(QtWarningMsg, "QSocketNotifier: Internal error");
QSocketNotifier min(std::numeric_limits<int>::min(), QSocketNotifier::Write);
QTest::ignoreMessage(QtWarningMsg, "QSocketNotifier: Internal error");
//bogus magic number is the first pseudo socket descriptor from symbian socket engine.
QSocketNotifier bogus(0x40000000, QSocketNotifier::Exception);
QSocketNotifier largestlegal(FD_SETSIZE - 1, QSocketNotifier::Read);
QSignalSpy maxspy(&max, SIGNAL(activated(int)));
QSignalSpy minspy(&min, SIGNAL(activated(int)));
QSignalSpy bogspy(&bogus, SIGNAL(activated(int)));
QSignalSpy llspy(&largestlegal, SIGNAL(activated(int)));
//generate some unrelated socket activity
QTcpServer server;
QVERIFY(server.listen(QHostAddress::LocalHost));
connect(&server, SIGNAL(newConnection()), &QTestEventLoop::instance(), SLOT(exitLoop()));
QTcpSocket client;
client.connectToHost(QHostAddress::LocalHost, server.serverPort());
QTestEventLoop::instance().enterLoop(5);
QVERIFY(server.hasPendingConnections());
//check no activity on bogus notifiers
QCOMPARE(maxspy.count(), 0);
QCOMPARE(minspy.count(), 0);
QCOMPARE(bogspy.count(), 0);
QCOMPARE(llspy.count(), 0);
#endif
}
void MessageFormatRegressionTest::Test4105380()
{
UnicodeString patternText1("The disk \"{1}\" contains {0}.");
UnicodeString patternText2("There are {0} on the disk \"{1}\"");
UErrorCode status = U_ZERO_ERROR;
const UBool possibleDataError = TRUE;
MessageFormat *form1 = new MessageFormat(patternText1, status);
failure(status, "new MessageFormat");
MessageFormat *form2 = new MessageFormat(patternText2, status);
failure(status, "new MessageFormat");
double filelimits [] = {0,1,2};
UnicodeString filepart [] = {
(UnicodeString)"no files",
(UnicodeString)"one file",
(UnicodeString)"{0,number} files"
};
ChoiceFormat *fileform = new ChoiceFormat(filelimits, filepart, 3);
form1->setFormat(1, *fileform);
form2->setFormat(0, *fileform);
//Object[] testArgs = {new Long(12373), "MyDisk"};
Formattable testArgs [] = {
Formattable((int32_t)12373),
Formattable((UnicodeString)"MyDisk")
};
FieldPosition bogus(FieldPosition::DONT_CARE);
UnicodeString result;
logln(form1->format(testArgs, 2, result, bogus, status));
failure(status, "form1->format", possibleDataError);
result.remove();
logln(form2->format(testArgs, 2, result, bogus, status));
failure(status, "form1->format", possibleDataError);
delete form1;
delete form2;
delete fileform;
}
// PR c++/54020
// { dg-do compile { target c++11 } }
// Preliminaries.
extern int nonconst_func(int);
constexpr int identity(int x) { return x; }
constexpr int zero() { return identity(0); }
constexpr int one() { return identity(1); }
// Correctly accepted.
constexpr int three = one() ? 3 : nonconst_func(0);
// Incorrectly accepted. See [dcl.constexpr] #5:
// For a constexpr function, if no function argument values exist
// such that the function invocation sub-stitution would produce a
// constant expression (5.19), the program is ill-formed; no diagnostic
// required.
constexpr int bogus() { return zero () ? 3 : nonconst_func(0); } // { dg-error "nonconst_func" }
// Correctly rejected (not sure why).
constexpr int correct_error() { return nonconst_func(0); } // { dg-error "nonconst_func" }
// Correctly rejected.
constexpr int z = bogus(); // { dg-error "" }
// This is also correctly rejected.
constexpr int correct_failure() { return 0 ? 3 : nonconst_func(0); } // { dg-error "nonconst_func" }
void QGIPiece::propertySet( char const *pname, QVariant const & var )
{
// FIXME: treat QVariant::Invalid appropriately for each property
typedef QMap<QString,int> PMAP;
static PMAP pmap;
if( pmap.isEmpty() )
{
#define MAP(S,V) pmap[S] = Impl::V;
MAP("color",PropColor);
MAP("alpha",PropAlpha);
MAP("colorAlpha",PropAlpha); // older name
MAP("borderColor",PropBorderColor);
MAP("borderSize",PropBorderSize);
MAP("borderAlpha",PropBorderAlpha);
MAP("borderStyle",PropBorderStyle);
MAP("zLevel",PropZLevel);
MAP("pos",PropPos);
MAP("scale",PropScale);
MAP("size",PropSize);
MAP("angle",PropAngle);
MAP("dragDisabled",PropDragDisabled);
MAP("pixmap",PropPixmap);
#undef MAP
}
const QString key(pname?pname:"");
int kid = pmap.value( key, Impl::PropUnknown );
if( Impl::PropUnknown == kid ) return;
if(0) qDebug() << "QGIPiece::propertySet("<<key<<")] val ="<<var;
if( Impl::PropZLevel == kid )
{
this->setZValue(var.toDouble());
this->update();
}
else if( Impl::PropPos == kid )
{
this->setPos( var.value<QPointF>() );
this->update();
}
else if( Impl::PropColor == kid )
{
QColor col = var.value<QColor>();
qreal alpha = impl->pen.color().alphaF();
if( 255 == col.alpha() ) // keep original alpha level
{
if( alpha > 1 )
{
col.setAlpha( int(alpha) );
}
else
{
col.setAlphaF( alpha );
}
}
impl->pen.setColor( col );
if(0) qDebug() << "QGIPiece::propertySet(color):"<<impl->pen.color()<<" alpha ="<<impl->alpha;
impl->clearCache();
this->update();
}
else if( Impl::PropAlpha == kid )
{
qreal a = var.toDouble();
QColor col = impl->pen.color();
if( a > 1.0 )
{ // assume it's int-encoded
col.setAlpha( int(a) );
}
else
{
col.setAlphaF( a );
}
impl->pen.setColor( col );
impl->clearCache();
this->update();
}
else if( Impl::PropBorderColor == kid )
{
QColor col = var.value<QColor>();
if( 255 == col.alpha() )
{
col.setAlphaF( impl->penB.color().alphaF() );
}
impl->penB.setColor( col );
impl->clearCache();
this->update();
}
else if( Impl::PropBorderAlpha == kid )
{
qreal a = var.toDouble();
QColor col( impl->penB.color() );
if( a > 1.0 )
{ // assume it's int-encoded
col.setAlpha( int(a) );
}
else
{
col.setAlphaF( a );
}
impl->penB.setColor( col );
impl->clearCache();
this->update();
}
else if( Impl::PropBorderSize == kid )
{
double bs = var.toDouble();
impl->penB.setWidth( (bs >= 0) ? bs : 0 );
impl->clearCache();
this->update();
}
else if( Impl::PropBorderStyle == kid )
{
impl->clearCache();
impl->penB.setStyle( s11n::qt::stringToPenStyle(var.toString()) );
this->update();
}
else if( (Impl::PropScale == kid) || (Impl::PropAngle == kid) )
{
this->refreshTransformation();
}
else if( Impl::PropDragDisabled == kid )
{
if( var.isValid() )
{
this->setFlag( QGraphicsItem::ItemIsMovable, var.toInt() ? false : true );
}
else
{
this->setFlag( QGraphicsItem::ItemIsMovable, true );
}
}
else if( Impl::PropPixmap == kid )
{
this->prepareGeometryChange();
impl->clearCache();
QPixmap pix;
if( var.canConvert<QPixmap>() )
{
pix = var.value<QPixmap>();
}
else if( var.canConvert<QString>() )
{
QString fname( qboard::homeRelative(var.toString()) );
if( pix.load( fname ) )
{
this->setProperty("size",pix.size());
}
else
{
pix = QPixmap(300,40);
QPainter pain(&pix);
pain.fillRect( pix.rect(), Qt::yellow );
QFont font( "courier", 8 );
pain.setFont( font );
pain.setPen( QPen(Qt::red) );
pain.drawText(5,font.pointSize()+6,"Error loading pixmap:");
pain.drawText(5,pix.height()-6,fname);
}
} // var.canConvert<QString>()
this->impl->pixmap = pix;
if(1)
{
// Kludge to ensure that this type's shape is properly set. We don't want
// the parent class to have the real pixmap, so that we can control all
// painting ourselves.
QPixmap bogus( pix.size() );
bogus.fill( QColor(Qt::transparent) );
this->setPixmap(bogus);
}
this->update();
} // pixmap property
if( Impl::PropSize == kid )
{
impl->clearCache();
if( impl->pixmap.isNull() )
{
QPixmap bogus( var.toSize() );
bogus.fill( QColor(Qt::transparent) );
impl->pixmap = bogus;
// Kludge to ensure bounding rect is kept intact
this->setPixmap(bogus);
}
}
}
