public static uint SurrogateToUcs4(QChar high, QChar low)
{
return((uint)staticInterceptor.Invoke("surrogateToUcs4##", "surrogateToUcs4(QChar, QChar)", typeof(uint), typeof(QChar), high, typeof(QChar), low));
}
public double RightBearing(QChar arg1)
{
return((double)interceptor.Invoke("rightBearing#", "rightBearing(QChar) const", typeof(double), typeof(QChar), arg1));
}
public QStringMatcher(QChar uc, int len, Qt.CaseSensitivity cs)
: this((Type) null)
{
CreateProxy();
interceptor.Invoke("QStringMatcher#$$", "QStringMatcher(const QChar*, int, Qt::CaseSensitivity)", typeof(void), typeof(QChar), uc, typeof(int), len, typeof(Qt.CaseSensitivity), cs);
}
public bool CanEncode(QChar arg1)
{
return (bool) interceptor.Invoke("canEncode#", "canEncode(QChar) const", typeof(bool), typeof(QChar), arg1);
}
public static List<string> PerlSplit(QChar sep, string s)
{
return (List<string>) staticInterceptor.Invoke("perlSplit#$", "perlSplit(const QChar&, const QString&)", typeof(List<string>), typeof(QChar), sep, typeof(string), s);
}
public bool CanEncode(QChar arg1)
{
return((bool)interceptor.Invoke("canEncode#", "canEncode(QChar) const", typeof(bool), typeof(QChar), arg1));
}
public QStringMatcher(QChar uc, int len) : this((Type)null)
{
CreateProxy();
interceptor.Invoke("QStringMatcher#$", "QStringMatcher(const QChar*, int)", typeof(void), typeof(QChar), uc, typeof(int), len);
}
public int Width(QChar arg1)
{
return (int) interceptor.Invoke("width#", "width(QChar) const", typeof(int), typeof(QChar), arg1);
}
public void SetCurrentChar(QChar c)
{
interceptor.Invoke("setCurrentChar#", "setCurrentChar(const QChar&)", typeof(void), typeof(QChar), c);
}
public QStringMatcher(QChar uc, int len, Qt.CaseSensitivity cs) : this((Type)null)
{
CreateProxy();
interceptor.Invoke("QStringMatcher#$$", "QStringMatcher(const QChar*, int, Qt::CaseSensitivity)", typeof(void), typeof(QChar), uc, typeof(int), len, typeof(Qt.CaseSensitivity), cs);
}
public static uint QHash(QChar key)
{
return (uint) staticInterceptor.Invoke("qHash#", "qHash(QChar)", typeof(uint), typeof(QChar), key);
}
public int IndexIn(QChar str, int length)
{
return (int) interceptor.Invoke("indexIn#$", "indexIn(const QChar*, int) const", typeof(int), typeof(QChar), str, typeof(int), length);
}
public QStringMatcher(QChar uc, int len)
: this((Type) null)
{
CreateProxy();
interceptor.Invoke("QStringMatcher#$", "QStringMatcher(const QChar*, int)", typeof(void), typeof(QChar), uc, typeof(int), len);
}
public QRectF BoundingRect(QChar arg1)
{
return((QRectF)interceptor.Invoke("boundingRect#", "boundingRect(QChar) const", typeof(QRectF), typeof(QChar), arg1));
}
public int IndexIn(QChar str, int length)
{
return((int)interceptor.Invoke("indexIn#$", "indexIn(const QChar*, int) const", typeof(int), typeof(QChar), str, typeof(int), length));
}
public bool InFont(QChar arg1)
{
return (bool) interceptor.Invoke("inFont#", "inFont(QChar) const", typeof(bool), typeof(QChar), arg1);
}
public QVariant(QChar qchar) : this((Type)null)
{
CreateProxy();
interceptor.Invoke("QVariant#", "QVariant(const QChar&)", typeof(void), typeof(QChar), qchar);
}
public static uint SurrogateToUcs4(QChar high, QChar low)
{
return (uint) staticInterceptor.Invoke("surrogateToUcs4##", "surrogateToUcs4(QChar, QChar)", typeof(uint), typeof(QChar), high, typeof(QChar), low);
}
public double RightBearing(QChar arg1)
{
return (double) interceptor.Invoke("rightBearing#", "rightBearing(QChar) const", typeof(double), typeof(QChar), arg1);
}
/// <remarks>
/// Constructor.
/// <param> name="c" escape char indicating start of macros, or QChar.Null for none
/// </param></remarks> <short> Constructor.</short>
public KCharMacroExpander(QChar c)
: this((Type) null)
{
CreateProxy();
interceptor.Invoke("KCharMacroExpander#", "KCharMacroExpander(QChar)", typeof(void), typeof(QChar), c);
}
public double Width(QChar arg1)
{
return (double) interceptor.Invoke("width#", "width(QChar) const", typeof(double), typeof(QChar), arg1);
}
public static QDataStream Read(QDataStream arg1, QChar arg2)
{
return (QDataStream) staticInterceptor.Invoke("operator>>##", "operator>>(QDataStream&, QChar&)", typeof(QDataStream), typeof(QDataStream), arg1, typeof(QChar), arg2);
}
public QByteArray FromUnicode(QChar uc, int len)
{
return (QByteArray) interceptor.Invoke("fromUnicode#$", "fromUnicode(const QChar*, int)", typeof(QByteArray), typeof(QChar), uc, typeof(int), len);
}
public QTextBoundaryFinder(QTextBoundaryFinder.BoundaryType type, QChar chars, int length)
: this((Type) null)
{
CreateProxy();
interceptor.Invoke("QTextBoundaryFinder$#$", "QTextBoundaryFinder(QTextBoundaryFinder::BoundaryType, const QChar*, int)", typeof(void), typeof(QTextBoundaryFinder.BoundaryType), type, typeof(QChar), chars, typeof(int), length);
}
public QVariant(QChar qchar)
: this((Type) null)
{
CreateProxy();
interceptor.Invoke("QVariant#", "QVariant(const QChar&)", typeof(void), typeof(QChar), qchar);
}
public QByteArray FromUnicode(QChar arg1, int length)
{
return (QByteArray) interceptor.Invoke("fromUnicode#$", "fromUnicode(const QChar*, int) const", typeof(QByteArray), typeof(QChar), arg1, typeof(int), length);
}
public int Width(QChar arg1)
{
return((int)interceptor.Invoke("width#", "width(QChar) const", typeof(int), typeof(QChar), arg1));
}
public QByteArray FromUnicode(QChar uc, int len)
{
return((QByteArray)interceptor.Invoke("fromUnicode#$", "fromUnicode(const QChar*, int)", typeof(QByteArray), typeof(QChar), uc, typeof(int), len));
}
public int LeftBearing(QChar arg1)
{
return((int)interceptor.Invoke("leftBearing#", "leftBearing(QChar) const", typeof(int), typeof(QChar), arg1));
}
public double Width(QChar arg1)
{
return((double)interceptor.Invoke("width#", "width(QChar) const", typeof(double), typeof(QChar), arg1));
}
public void SetPadChar(QChar ch)
{
interceptor.Invoke("setPadChar#", "setPadChar(QChar)", typeof(void), typeof(QChar), ch);
}
public bool InFont(QChar arg1)
{
return((bool)interceptor.Invoke("inFont#", "inFont(QChar) const", typeof(bool), typeof(QChar), arg1));
}
public QTextStream Read(QChar ch)
{
return((QTextStream)interceptor.Invoke("operator>>#", "operator>>(QChar&)", typeof(QTextStream), typeof(QChar), ch));
}
public int RightBearing(QChar arg1)
{
return (int) interceptor.Invoke("rightBearing#", "rightBearing(QChar) const", typeof(int), typeof(QChar), arg1);
}
public QTextStream Write(QChar ch)
{
return((QTextStream)interceptor.Invoke("operator<<#", "operator<<(QChar)", typeof(QTextStream), typeof(QChar), ch));
}
public QRect BoundingRect(QChar arg1)
{
return (QRect) interceptor.Invoke("boundingRect#", "boundingRect(QChar) const", typeof(QRect), typeof(QChar), arg1);
}
/// <remarks>
/// Converts a QChar to an entity. The returned string does already
/// contain the leading '&' and the trailing ';'.
/// <param> name="ch" the char to convert
/// </param></remarks> <return> the entity
/// </return>
/// <short> Converts a QChar to an entity.</short>
public static string ToEntity(QChar ch)
{
return (string) staticInterceptor.Invoke("toEntity#", "toEntity(const QChar&)", typeof(string), typeof(QChar), ch);
}
public QChar(QChar.SpecialCharacter sc)
: this((Type) null)
{
CreateProxy();
interceptor.Invoke("QChar$", "QChar(QChar::SpecialCharacter)", typeof(void), typeof(QChar.SpecialCharacter), sc);
}
public QTextStream Read(QChar ch)
{
return (QTextStream) interceptor.Invoke("operator>>#", "operator>>(QChar&)", typeof(QTextStream), typeof(QChar), ch);
}
/// <remarks>
/// Set the macro escape character.
/// <param> name="c" escape char indicating start of macros, or QChar.Null if none
/// </param></remarks> <short> Set the macro escape character.</short>
public void SetEscapeChar(QChar c)
{
interceptor.Invoke("setEscapeChar#", "setEscapeChar(QChar)", typeof(void), typeof(QChar), c);
}
public void SetPadChar(QChar ch)
{
interceptor.Invoke("setPadChar#", "setPadChar(QChar)", typeof(void), typeof(QChar), ch);
}
protected abstract bool ExpandMacro(QChar chr, List<string> ret);
public QTextStream Write(QChar ch)
{
return (QTextStream) interceptor.Invoke("operator<<#", "operator<<(QChar)", typeof(QTextStream), typeof(QChar), ch);
}
public QByteArray FromUnicode(QChar arg1, int length)
{
return((QByteArray)interceptor.Invoke("fromUnicode#$", "fromUnicode(const QChar*, int) const", typeof(QByteArray), typeof(QChar), arg1, typeof(int), length));
}
public QTextBoundaryFinder(QTextBoundaryFinder.BoundaryType type, QChar chars, int length, Pointer<byte> buffer)
: this((Type) null)
{
CreateProxy();
interceptor.Invoke("QTextBoundaryFinder$#$$", "QTextBoundaryFinder(QTextBoundaryFinder::BoundaryType, const QChar*, int, unsigned char*)", typeof(void), typeof(QTextBoundaryFinder.BoundaryType), type, typeof(QChar), chars, typeof(int), length, typeof(Pointer<byte>), buffer);
}
public static QDataStream Write(QDataStream arg1, QChar arg2)
{
return (QDataStream) staticInterceptor.Invoke("operator<<##", "operator<<(QDataStream&, const QChar&)", typeof(QDataStream), typeof(QDataStream), arg1, typeof(QChar), arg2);
}
public DOMString(QChar str, uint len)
: this((Type) null)
{
CreateProxy();
interceptor.Invoke("DOMString#$", "DOMString(const QChar*, uint)", typeof(void), typeof(QChar), str, typeof(uint), len);
}
