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/****************************************************************************
**
** Copyright (C) 2015 Klarälvdalens Datakonsult AB, a KDAB Group company, info@kdab.com, author Marc Mutz <marc.mutz@kdab.com>
** Contact: https://www.qt.io/licensing/
**
** This file is part of the test suite of the Qt Toolkit.
**
** $QT_BEGIN_LICENSE:GPL-EXCEPT$
** Commercial License Usage
** Licensees holding valid commercial Qt licenses may use this file in
** accordance with the commercial license agreement provided with the
** Software or, alternatively, in accordance with the terms contained in
** a written agreement between you and The Qt Company. For licensing terms
** and conditions see https://www.qt.io/terms-conditions. For further
** information use the contact form at https://www.qt.io/contact-us.
**
** GNU General Public License Usage
** Alternatively, this file may be used under the terms of the GNU
** General Public License version 3 as published by the Free Software
** Foundation with exceptions as appearing in the file LICENSE.GPL3-EXCEPT
** included in the packaging of this file. Please review the following
** information to ensure the GNU General Public License requirements will
** be met: https://www.gnu.org/licenses/gpl-3.0.html.
**
** $QT_END_LICENSE$
**
****************************************************************************/
#undef QT_NO_CAST_FROM_ASCII
#undef QT_NO_CAST_TO_ASCII
#undef QT_ASCII_CAST_WARNINGS
#include <QString>
#include <QChar>
#include <QStringRef>
#include <QLatin1String>
#include <QTest>
Q_DECLARE_METATYPE(QLatin1String)
Q_DECLARE_METATYPE(QStringRef)
template <typename T>
QString toQString(const T &t) { return QString(t); }
QString toQString(const QStringRef &ref) { return ref.toString(); }
// FIXME: these are missing at the time of writing, add them, then remove the dummies here:
#define MAKE_RELOP(op, A1, A2) \
static bool operator op (A1 lhs, A2 rhs) \
{ return toQString(lhs) op toQString(rhs); } \
/*end*/
#define MAKE_ALL(A1, A2) \
MAKE_RELOP(==, A1, A2) \
MAKE_RELOP(!=, A1, A2) \
MAKE_RELOP(<, A1, A2) \
MAKE_RELOP(>, A1, A2) \
MAKE_RELOP(<=, A1, A2) \
MAKE_RELOP(>=, A1, A2) \
/*end*/
MAKE_ALL(QStringRef, QByteArray)
MAKE_ALL(QByteArray, QStringRef)
MAKE_ALL(QByteArray, QChar)
MAKE_ALL(QByteArray, QLatin1String)
MAKE_ALL(const char*, QChar)
#undef MAKE_ALL
#undef MAKE_RELOP
// END FIXME
class tst_QStringApiSymmetry : public QObject
{
Q_OBJECT
void compare_data(bool hasConceptOfNullAndEmpty=true);
template <typename LHS, typename RHS>
void compare_impl() const;
private Q_SLOTS:
// test all combinations of {QChar, QStringRef, QString, QLatin1String, QByteArray, const char*}
void compare_QChar_QChar_data() { compare_data(false); }
void compare_QChar_QChar() { compare_impl<QChar, QChar>(); }
void compare_QChar_QStringRef_data() { compare_data(false); }
void compare_QChar_QStringRef() { compare_impl<QChar, QStringRef>(); }
void compare_QChar_QString_data() { compare_data(false); }
void compare_QChar_QString() { compare_impl<QChar, QString>(); }
void compare_QChar_QLatin1String_data() { compare_data(false); }
void compare_QChar_QLatin1String() { compare_impl<QChar, QLatin1String>(); }
void compare_QChar_QByteArray_data() { compare_data(false); }
void compare_QChar_QByteArray() { compare_impl<QChar, QByteArray>(); }
void compare_QChar_const_char_star_data() { compare_data(false); }
void compare_QChar_const_char_star() { compare_impl<QChar, const char *>(); }
void compare_QStringRef_QChar_data() { compare_data(false); }
void compare_QStringRef_QChar() { compare_impl<QStringRef, QChar>(); }
void compare_QStringRef_QStringRef_data() { compare_data(); }
void compare_QStringRef_QStringRef() { compare_impl<QStringRef, QStringRef>(); }
void compare_QStringRef_QString_data() { compare_data(); }
void compare_QStringRef_QString() { compare_impl<QStringRef, QString>(); }
void compare_QStringRef_QLatin1String_data() { compare_data(); }
void compare_QStringRef_QLatin1String() { compare_impl<QStringRef, QLatin1String>(); }
void compare_QStringRef_QByteArray_data() { compare_data(); }
void compare_QStringRef_QByteArray() { compare_impl<QStringRef, QByteArray>(); }
void compare_QStringRef_const_char_star_data() { compare_data(); }
void compare_QStringRef_const_char_star() { compare_impl<QStringRef, const char *>(); }
void compare_QString_QChar_data() { compare_data(false); }
void compare_QString_QChar() { compare_impl<QString, QChar>(); }
void compare_QString_QStringRef_data() { compare_data(); }
void compare_QString_QStringRef() { compare_impl<QString, QStringRef>(); }
void compare_QString_QString_data() { compare_data(); }
void compare_QString_QString() { compare_impl<QString, QString>(); }
void compare_QString_QLatin1String_data() { compare_data(); }
void compare_QString_QLatin1String() { compare_impl<QString, QLatin1String>(); }
void compare_QString_QByteArray_data() { compare_data(); }
void compare_QString_QByteArray() { compare_impl<QString, QByteArray>(); }
void compare_QString_const_char_star_data() { compare_data(); }
void compare_QString_const_char_star() { compare_impl<QString, const char *>(); }
void compare_QLatin1String_QChar_data() { compare_data(false); }
void compare_QLatin1String_QChar() { compare_impl<QLatin1String, QChar>(); }
void compare_QLatin1String_QStringRef_data() { compare_data(); }
void compare_QLatin1String_QStringRef() { compare_impl<QLatin1String, QStringRef>(); }
void compare_QLatin1String_QString_data() { compare_data(); }
void compare_QLatin1String_QString() { compare_impl<QLatin1String, QString>(); }
void compare_QLatin1String_QLatin1String_data() { compare_data(); }
void compare_QLatin1String_QLatin1String() { compare_impl<QLatin1String, QLatin1String>(); }
void compare_QLatin1String_QByteArray_data() { compare_data(); }
void compare_QLatin1String_QByteArray() { compare_impl<QLatin1String, QByteArray>(); }
void compare_QLatin1String_const_char_star_data() { compare_data(); }
void compare_QLatin1String_const_char_star() { compare_impl<QLatin1String, const char *>(); }
void compare_QByteArray_QChar_data() { compare_data(false); }
void compare_QByteArray_QChar() { compare_impl<QByteArray, QChar>(); }
void compare_QByteArray_QStringRef_data() { compare_data(); }
void compare_QByteArray_QStringRef() { compare_impl<QByteArray, QStringRef>(); }
void compare_QByteArray_QString_data() { compare_data(); }
void compare_QByteArray_QString() { compare_impl<QByteArray, QString>(); }
void compare_QByteArray_QLatin1String_data() { compare_data(); }
void compare_QByteArray_QLatin1String() { compare_impl<QByteArray, QLatin1String>(); }
void compare_QByteArray_QByteArray_data() { compare_data(); }
void compare_QByteArray_QByteArray() { compare_impl<QByteArray, QByteArray>(); }
void compare_QByteArray_const_char_star_data() { compare_data(); }
void compare_QByteArray_const_char_star() { compare_impl<QByteArray, const char *>(); }
void compare_const_char_star_QChar_data() { compare_data(false); }
void compare_const_char_star_QChar() { compare_impl<const char *, QChar>(); }
void compare_const_char_star_QStringRef_data() { compare_data(); }
void compare_const_char_star_QStringRef() { compare_impl<const char *, QStringRef>(); }
void compare_const_char_star_QString_data() { compare_data(); }
void compare_const_char_star_QString() { compare_impl<const char *, QString>(); }
void compare_const_char_star_QLatin1String_data() { compare_data(false); }
void compare_const_char_star_QLatin1String() { compare_impl<const char *, QLatin1String>(); }
void compare_const_char_star_QByteArray_data() { compare_data(); }
void compare_const_char_star_QByteArray() { compare_impl<const char *, QByteArray>(); }
//void compare_const_char_star_const_char_star_data() { compare_data(); }
//void compare_const_char_star_const_char_star() { compare_impl<const char *, const char *>(); }
};
void tst_QStringApiSymmetry::compare_data(bool hasConceptOfNullAndEmpty)
{
QTest::addColumn<QStringRef>("lhsUnicode");
QTest::addColumn<QLatin1String>("lhsLatin1");
QTest::addColumn<QStringRef>("rhsUnicode");
QTest::addColumn<QLatin1String>("rhsLatin1");
QTest::addColumn<int>("caseSensitiveCompareResult");
QTest::addColumn<int>("caseInsensitiveCompareResult");
if (hasConceptOfNullAndEmpty) {
QTest::newRow("null <> null") << QStringRef() << QLatin1String()
<< QStringRef() << QLatin1String()
<< 0 << 0;
static const QString empty("");
QTest::newRow("null <> empty") << QStringRef() << QLatin1String()
<< QStringRef(&empty) << QLatin1String("")
<< 0 << 0;
}
#define ROW(lhs, rhs) \
do { \
static const QString pinned[] = { \
QString(QLatin1String(lhs)), \
QString(QLatin1String(rhs)), \
}; \
QTest::newRow(qUtf8Printable(QLatin1String("'" lhs "' <> '" rhs "': "))) \
<< QStringRef(&pinned[0]) << QLatin1String(lhs) \
<< QStringRef(&pinned[1]) << QLatin1String(rhs) \
<< qstrcmp(lhs, rhs) << qstricmp(lhs, rhs); \
} while (false)
ROW("", "0");
ROW("0", "");
ROW("0", "1");
ROW("0", "0");
ROW("\xE4", "\xE4"); // ä <> ä
ROW("\xE4", "\xC4"); // ä <> Ä
#undef ROW
}
template <class Str> Str make(const QStringRef &sf, QLatin1String l1, const QByteArray &u8);
template <> QChar make(const QStringRef &sf, QLatin1String, const QByteArray &) { return sf.isEmpty() ? QChar() : sf.at(0); }
template <> QStringRef make(const QStringRef &sf, QLatin1String, const QByteArray &) { return sf; }
template <> QString make(const QStringRef &sf, QLatin1String, const QByteArray &) { return sf.toString(); }
template <> QLatin1String make(const QStringRef &, QLatin1String l1, const QByteArray &) { return l1; }
template <> QByteArray make(const QStringRef &, QLatin1String, const QByteArray &u8) { return u8; }
template <> const char * make(const QStringRef &, QLatin1String, const QByteArray &u8) { return u8.data(); }
template <typename> struct is_utf8_encoded : std::false_type {};
template <> struct is_utf8_encoded<const char*> : std::true_type {};
template <> struct is_utf8_encoded<QByteArray> : std::true_type {};
template <typename> struct is_latin1_encoded : std::false_type {};
template <> struct is_latin1_encoded<QLatin1String> : std::true_type {};
template <typename LHS, typename RHS>
struct has_nothrow_compare {
enum { value = is_utf8_encoded<LHS>::value == is_utf8_encoded<RHS>::value };
};
template <typename LHS, typename RHS>
void tst_QStringApiSymmetry::compare_impl() const
{
QFETCH(QStringRef, lhsUnicode);
QFETCH(QLatin1String, lhsLatin1);
QFETCH(QStringRef, rhsUnicode);
QFETCH(QLatin1String, rhsLatin1);
QFETCH(int, caseSensitiveCompareResult);
const auto lhsU8 = lhsUnicode.toUtf8();
const auto rhsU8 = rhsUnicode.toUtf8();
const auto lhs = make<LHS>(lhsUnicode, lhsLatin1, lhsU8);
const auto rhs = make<RHS>(rhsUnicode, rhsLatin1, rhsU8);
#ifdef Q_COMPILER_NOEXCEPT
# define QVERIFY_NOEXCEPT(expr) do { \
if (has_nothrow_compare<LHS, RHS>::value) {} else \
QEXPECT_FAIL("", "Qt is missing a nothrow utf8-utf16 comparator", Continue); \
QVERIFY(noexcept(expr)); } while (0)
#else
# define QVERIFY_NOEXCEPT(expr)
#endif
#define CHECK(op) \
QVERIFY_NOEXCEPT(lhs op rhs); \
do { if (caseSensitiveCompareResult op 0) { \
QVERIFY(lhs op rhs); \
} else { \
QVERIFY(!(lhs op rhs)); \
} } while (false)
CHECK(==);
CHECK(!=);
CHECK(<);
CHECK(>);
CHECK(<=);
CHECK(>=);
#undef CHECK
}
QTEST_APPLESS_MAIN(tst_QStringApiSymmetry)
#include "tst_qstringapisymmetry.moc"
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