#include #include #include #include #include #include #include "gen_qchar.h" #include "_cgo_export.h" QLatin1Char* QLatin1Char_new(char c) { return new QLatin1Char(static_cast(c)); } QLatin1Char* QLatin1Char_new2(QLatin1Char* param1) { return new QLatin1Char(*param1); } char QLatin1Char_ToLatin1(const QLatin1Char* self) { return self->toLatin1(); } uint16_t QLatin1Char_Unicode(const QLatin1Char* self) { ushort _ret = self->unicode(); return static_cast(_ret); } void QLatin1Char_Delete(QLatin1Char* self) { delete self; } QChar* QChar_new() { return new QChar(); } QChar* QChar_new2(uint16_t rc) { return new QChar(static_cast(rc)); } QChar* QChar_new3(unsigned char c, unsigned char r) { return new QChar(static_cast(c), static_cast(r)); } QChar* QChar_new4(int16_t rc) { return new QChar(static_cast(rc)); } QChar* QChar_new5(unsigned int rc) { return new QChar(static_cast(rc)); } QChar* QChar_new6(int rc) { return new QChar(static_cast(rc)); } QChar* QChar_new7(int s) { return new QChar(static_cast(s)); } QChar* QChar_new8(QLatin1Char* ch) { return new QChar(*ch); } QChar* QChar_new9(char c) { return new QChar(static_cast(c)); } QChar* QChar_new10(unsigned char c) { return new QChar(static_cast(c)); } QChar* QChar_new11(QChar* param1) { return new QChar(*param1); } int QChar_Category(const QChar* self) { QChar::Category _ret = self->category(); return static_cast(_ret); } int QChar_Direction(const QChar* self) { QChar::Direction _ret = self->direction(); return static_cast(_ret); } int QChar_JoiningType(const QChar* self) { QChar::JoiningType _ret = self->joiningType(); return static_cast(_ret); } int QChar_Joining(const QChar* self) { QChar::Joining _ret = self->joining(); return static_cast(_ret); } unsigned char QChar_CombiningClass(const QChar* self) { return self->combiningClass(); } QChar* QChar_MirroredChar(const QChar* self) { return new QChar(self->mirroredChar()); } bool QChar_HasMirrored(const QChar* self) { return self->hasMirrored(); } struct miqt_string QChar_Decomposition(const QChar* self) { QString _ret = self->decomposition(); // Convert QString from UTF-16 in C++ RAII memory to UTF-8 in manually-managed C memory QByteArray _b = _ret.toUtf8(); struct miqt_string _ms; _ms.len = _b.length(); _ms.data = static_cast(malloc(_ms.len)); memcpy(_ms.data, _b.data(), _ms.len); return _ms; } int QChar_DecompositionTag(const QChar* self) { QChar::Decomposition _ret = self->decompositionTag(); return static_cast(_ret); } int QChar_DigitValue(const QChar* self) { return self->digitValue(); } QChar* QChar_ToLower(const QChar* self) { return new QChar(self->toLower()); } QChar* QChar_ToUpper(const QChar* self) { return new QChar(self->toUpper()); } QChar* QChar_ToTitleCase(const QChar* self) { return new QChar(self->toTitleCase()); } QChar* QChar_ToCaseFolded(const QChar* self) { return new QChar(self->toCaseFolded()); } int QChar_Script(const QChar* self) { QChar::Script _ret = self->script(); return static_cast(_ret); } int QChar_UnicodeVersion(const QChar* self) { QChar::UnicodeVersion _ret = self->unicodeVersion(); return static_cast(_ret); } char QChar_ToLatin1(const QChar* self) { return self->toLatin1(); } uint16_t QChar_Unicode(const QChar* self) { ushort _ret = self->unicode(); return static_cast(_ret); } QChar* QChar_FromLatin1(char c) { return new QChar(QChar::fromLatin1(static_cast(c))); } bool QChar_IsNull(const QChar* self) { return self->isNull(); } bool QChar_IsPrint(const QChar* self) { return self->isPrint(); } bool QChar_IsSpace(const QChar* self) { return self->isSpace(); } bool QChar_IsMark(const QChar* self) { return self->isMark(); } bool QChar_IsPunct(const QChar* self) { return self->isPunct(); } bool QChar_IsSymbol(const QChar* self) { return self->isSymbol(); } bool QChar_IsLetter(const QChar* self) { return self->isLetter(); } bool QChar_IsNumber(const QChar* self) { return self->isNumber(); } bool QChar_IsLetterOrNumber(const QChar* self) { return self->isLetterOrNumber(); } bool QChar_IsDigit(const QChar* self) { return self->isDigit(); } bool QChar_IsLower(const QChar* self) { return self->isLower(); } bool QChar_IsUpper(const QChar* self) { return self->isUpper(); } bool QChar_IsTitleCase(const QChar* self) { return self->isTitleCase(); } bool QChar_IsNonCharacter(const QChar* self) { return self->isNonCharacter(); } bool QChar_IsHighSurrogate(const QChar* self) { return self->isHighSurrogate(); } bool QChar_IsLowSurrogate(const QChar* self) { return self->isLowSurrogate(); } bool QChar_IsSurrogate(const QChar* self) { return self->isSurrogate(); } unsigned char QChar_Cell(const QChar* self) { uchar _ret = self->cell(); return static_cast(_ret); } unsigned char QChar_Row(const QChar* self) { uchar _ret = self->row(); return static_cast(_ret); } void QChar_SetCell(QChar* self, unsigned char acell) { self->setCell(static_cast(acell)); } void QChar_SetRow(QChar* self, unsigned char arow) { self->setRow(static_cast(arow)); } bool QChar_IsNonCharacterWithUcs4(unsigned int ucs4) { return QChar::isNonCharacter(static_cast(ucs4)); } bool QChar_IsHighSurrogateWithUcs4(unsigned int ucs4) { return QChar::isHighSurrogate(static_cast(ucs4)); } bool QChar_IsLowSurrogateWithUcs4(unsigned int ucs4) { return QChar::isLowSurrogate(static_cast(ucs4)); } bool QChar_IsSurrogateWithUcs4(unsigned int ucs4) { return QChar::isSurrogate(static_cast(ucs4)); } bool QChar_RequiresSurrogates(unsigned int ucs4) { return QChar::requiresSurrogates(static_cast(ucs4)); } unsigned int QChar_SurrogateToUcs4(uint16_t high, uint16_t low) { uint _ret = QChar::surrogateToUcs4(static_cast(high), static_cast(low)); return static_cast(_ret); } unsigned int QChar_SurrogateToUcs42(QChar* high, QChar* low) { uint _ret = QChar::surrogateToUcs4(*high, *low); return static_cast(_ret); } uint16_t QChar_HighSurrogate(unsigned int ucs4) { ushort _ret = QChar::highSurrogate(static_cast(ucs4)); return static_cast(_ret); } uint16_t QChar_LowSurrogate(unsigned int ucs4) { ushort _ret = QChar::lowSurrogate(static_cast(ucs4)); return static_cast(_ret); } int QChar_CategoryWithUcs4(unsigned int ucs4) { QChar::Category _ret = QChar::category(static_cast(ucs4)); return static_cast(_ret); } int QChar_DirectionWithUcs4(unsigned int ucs4) { QChar::Direction _ret = QChar::direction(static_cast(ucs4)); return static_cast(_ret); } int QChar_JoiningTypeWithUcs4(unsigned int ucs4) { QChar::JoiningType _ret = QChar::joiningType(static_cast(ucs4)); return static_cast(_ret); } int QChar_JoiningWithUcs4(unsigned int ucs4) { QChar::Joining _ret = QChar::joining(static_cast(ucs4)); return static_cast(_ret); } unsigned char QChar_CombiningClassWithUcs4(unsigned int ucs4) { return QChar::combiningClass(static_cast(ucs4)); } unsigned int QChar_MirroredCharWithUcs4(unsigned int ucs4) { uint _ret = QChar::mirroredChar(static_cast(ucs4)); return static_cast(_ret); } bool QChar_HasMirroredWithUcs4(unsigned int ucs4) { return QChar::hasMirrored(static_cast(ucs4)); } struct miqt_string QChar_DecompositionWithUcs4(unsigned int ucs4) { QString _ret = QChar::decomposition(static_cast(ucs4)); // Convert QString from UTF-16 in C++ RAII memory to UTF-8 in manually-managed C memory QByteArray _b = _ret.toUtf8(); struct miqt_string _ms; _ms.len = _b.length(); _ms.data = static_cast(malloc(_ms.len)); memcpy(_ms.data, _b.data(), _ms.len); return _ms; } int QChar_DecompositionTagWithUcs4(unsigned int ucs4) { QChar::Decomposition _ret = QChar::decompositionTag(static_cast(ucs4)); return static_cast(_ret); } int QChar_DigitValueWithUcs4(unsigned int ucs4) { return QChar::digitValue(static_cast(ucs4)); } unsigned int QChar_ToLowerWithUcs4(unsigned int ucs4) { uint _ret = QChar::toLower(static_cast(ucs4)); return static_cast(_ret); } unsigned int QChar_ToUpperWithUcs4(unsigned int ucs4) { uint _ret = QChar::toUpper(static_cast(ucs4)); return static_cast(_ret); } unsigned int QChar_ToTitleCaseWithUcs4(unsigned int ucs4) { uint _ret = QChar::toTitleCase(static_cast(ucs4)); return static_cast(_ret); } unsigned int QChar_ToCaseFoldedWithUcs4(unsigned int ucs4) { uint _ret = QChar::toCaseFolded(static_cast(ucs4)); return static_cast(_ret); } int QChar_ScriptWithUcs4(unsigned int ucs4) { QChar::Script _ret = QChar::script(static_cast(ucs4)); return static_cast(_ret); } int QChar_UnicodeVersionWithUcs4(unsigned int ucs4) { QChar::UnicodeVersion _ret = QChar::unicodeVersion(static_cast(ucs4)); return static_cast(_ret); } int QChar_CurrentUnicodeVersion() { QChar::UnicodeVersion _ret = QChar::currentUnicodeVersion(); return static_cast(_ret); } bool QChar_IsPrintWithUcs4(unsigned int ucs4) { return QChar::isPrint(static_cast(ucs4)); } bool QChar_IsSpaceWithUcs4(unsigned int ucs4) { return QChar::isSpace(static_cast(ucs4)); } bool QChar_IsMarkWithUcs4(unsigned int ucs4) { return QChar::isMark(static_cast(ucs4)); } bool QChar_IsPunctWithUcs4(unsigned int ucs4) { return QChar::isPunct(static_cast(ucs4)); } bool QChar_IsSymbolWithUcs4(unsigned int ucs4) { return QChar::isSymbol(static_cast(ucs4)); } bool QChar_IsLetterWithUcs4(unsigned int ucs4) { return QChar::isLetter(static_cast(ucs4)); } bool QChar_IsNumberWithUcs4(unsigned int ucs4) { return QChar::isNumber(static_cast(ucs4)); } bool QChar_IsLetterOrNumberWithUcs4(unsigned int ucs4) { return QChar::isLetterOrNumber(static_cast(ucs4)); } bool QChar_IsDigitWithUcs4(unsigned int ucs4) { return QChar::isDigit(static_cast(ucs4)); } bool QChar_IsLowerWithUcs4(unsigned int ucs4) { return QChar::isLower(static_cast(ucs4)); } bool QChar_IsUpperWithUcs4(unsigned int ucs4) { return QChar::isUpper(static_cast(ucs4)); } bool QChar_IsTitleCaseWithUcs4(unsigned int ucs4) { return QChar::isTitleCase(static_cast(ucs4)); } void QChar_Delete(QChar* self) { delete self; }