source: trunk/tools/shared/qtpropertybrowser/qtpropertymanager.cpp@ 987

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**
** Copyright (C) 2011 Nokia Corporation and/or its subsidiary(-ies).
** All rights reserved.
** Contact: Nokia Corporation ([email protected])
**
** This file is part of the tools applications of the Qt Toolkit.
**
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** accordance with the Qt Commercial License Agreement provided with the
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**
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** Alternatively, this file may be used under the terms of the GNU Lesser
** General Public License version 2.1 as published by the Free Software
** Foundation and appearing in the file LICENSE.LGPL included in the
** packaging of this file.  Please review the following information to
** ensure the GNU Lesser General Public License version 2.1 requirements
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** General Public License version 3.0 as published by the Free Software
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#include "qtpropertymanager.h"
#include "qtpropertybrowserutils_p.h"
#include <QtCore/QDateTime>
#include <QtCore/QLocale>
#include <QtCore/QMap>
#include <QtCore/QTimer>
#include <QtGui/QIcon>
#include <QtCore/QMetaEnum>
#include <QtGui/QFontDatabase>
#include <QtGui/QStyleOption>
#include <QtGui/QStyle>
#include <QtGui/QApplication>
#include <QtGui/QPainter>
#include <QtGui/QLabel>

#include <limits.h>
#include <float.h>

#if defined(Q_CC_MSVC)
#    pragma warning(disable: 4786) /* MS VS 6: truncating debug info after 255 characters */
#endif

QT_BEGIN_NAMESPACE

template <class PrivateData, class Value>
static void setSimpleMinimumData(PrivateData *data, const Value &minVal)
{
    data->minVal = minVal;
    if (data->maxVal < data->minVal)
        data->maxVal = data->minVal;

    if (data->val < data->minVal)
        data->val = data->minVal;
}

template <class PrivateData, class Value>
static void setSimpleMaximumData(PrivateData *data, const Value &maxVal)
{
    data->maxVal = maxVal;
    if (data->minVal > data->maxVal)
        data->minVal = data->maxVal;

    if (data->val > data->maxVal)
        data->val = data->maxVal;
}

template <class PrivateData, class Value>
static void setSizeMinimumData(PrivateData *data, const Value &newMinVal)
{
    data->minVal = newMinVal;
    if (data->maxVal.width() < data->minVal.width())
        data->maxVal.setWidth(data->minVal.width());
    if (data->maxVal.height() < data->minVal.height())
        data->maxVal.setHeight(data->minVal.height());

    if (data->val.width() < data->minVal.width())
        data->val.setWidth(data->minVal.width());
    if (data->val.height() < data->minVal.height())
        data->val.setHeight(data->minVal.height());
}

template <class PrivateData, class Value>
static void setSizeMaximumData(PrivateData *data, const Value &newMaxVal)
{
    data->maxVal = newMaxVal;
    if (data->minVal.width() > data->maxVal.width())
        data->minVal.setWidth(data->maxVal.width());
    if (data->minVal.height() > data->maxVal.height())
        data->minVal.setHeight(data->maxVal.height());

    if (data->val.width() > data->maxVal.width())
        data->val.setWidth(data->maxVal.width());
    if (data->val.height() > data->maxVal.height())
        data->val.setHeight(data->maxVal.height());
}

template <class SizeValue>
static SizeValue qBoundSize(const SizeValue &minVal, const SizeValue &val, const SizeValue &maxVal)
{
    SizeValue croppedVal = val;
    if (minVal.width() > val.width())
        croppedVal.setWidth(minVal.width());
    else if (maxVal.width() < val.width())
        croppedVal.setWidth(maxVal.width());

    if (minVal.height() > val.height())
        croppedVal.setHeight(minVal.height());
    else if (maxVal.height() < val.height())
        croppedVal.setHeight(maxVal.height());

    return croppedVal;
}

// Match the exact signature of qBound for VS 6.
QSize qBound(QSize minVal, QSize val, QSize maxVal)
{
    return qBoundSize(minVal, val, maxVal);
}

QSizeF qBound(QSizeF minVal, QSizeF val, QSizeF maxVal)
{
    return qBoundSize(minVal, val, maxVal);
}

namespace {

namespace {
template <class Value>
void orderBorders(Value &minVal, Value &maxVal)
{
    if (minVal > maxVal)
        qSwap(minVal, maxVal);
}

template <class Value>
static void orderSizeBorders(Value &minVal, Value &maxVal)
{
    Value fromSize = minVal;
    Value toSize = maxVal;
    if (fromSize.width() > toSize.width()) {
        fromSize.setWidth(maxVal.width());
        toSize.setWidth(minVal.width());
    }
    if (fromSize.height() > toSize.height()) {
        fromSize.setHeight(maxVal.height());
        toSize.setHeight(minVal.height());
    }
    minVal = fromSize;
    maxVal = toSize;
}

void orderBorders(QSize &minVal, QSize &maxVal)
{
    orderSizeBorders(minVal, maxVal);
}

void orderBorders(QSizeF &minVal, QSizeF &maxVal)
{
    orderSizeBorders(minVal, maxVal);
}

}
}
////////

template <class Value, class PrivateData>
static Value getData(const QMap<const QtProperty *, PrivateData> &propertyMap,
            Value PrivateData::*data,
            const QtProperty *property, const Value &defaultValue = Value())
{
    typedef QMap<const QtProperty *, PrivateData> PropertyToData;
    typedef Q_TYPENAME PropertyToData::const_iterator PropertyToDataConstIterator;
    const PropertyToDataConstIterator it = propertyMap.constFind(property);
    if (it == propertyMap.constEnd())
        return defaultValue;
    return it.value().*data;
}

template <class Value, class PrivateData>
static Value getValue(const QMap<const QtProperty *, PrivateData> &propertyMap,
            const QtProperty *property, const Value &defaultValue = Value())
{
    return getData<Value>(propertyMap, &PrivateData::val, property, defaultValue);
}

template <class Value, class PrivateData>
static Value getMinimum(const QMap<const QtProperty *, PrivateData> &propertyMap,
            const QtProperty *property, const Value &defaultValue = Value())
{
    return getData<Value>(propertyMap, &PrivateData::minVal, property, defaultValue);
}

template <class Value, class PrivateData>
static Value getMaximum(const QMap<const QtProperty *, PrivateData> &propertyMap,
            const QtProperty *property, const Value &defaultValue = Value())
{
    return getData<Value>(propertyMap, &PrivateData::maxVal, property, defaultValue);
}

template <class ValueChangeParameter, class Value, class PropertyManager>
static void setSimpleValue(QMap<const QtProperty *, Value> &propertyMap,
            PropertyManager *manager,
            void (PropertyManager::*propertyChangedSignal)(QtProperty *),
            void (PropertyManager::*valueChangedSignal)(QtProperty *, ValueChangeParameter),
            QtProperty *property, const Value &val)
{
    typedef QMap<const QtProperty *, Value> PropertyToData;
    typedef Q_TYPENAME PropertyToData::iterator PropertyToDataIterator;
    const PropertyToDataIterator it = propertyMap.find(property);
    if (it == propertyMap.end())
        return;

    if (it.value() == val)
        return;

    it.value() = val;

    emit (manager->*propertyChangedSignal)(property);
    emit (manager->*valueChangedSignal)(property, val);
}

template <class ValueChangeParameter, class PropertyManagerPrivate, class PropertyManager, class Value>
static void setValueInRange(PropertyManager *manager, PropertyManagerPrivate *managerPrivate,
            void (PropertyManager::*propertyChangedSignal)(QtProperty *),
            void (PropertyManager::*valueChangedSignal)(QtProperty *, ValueChangeParameter),
            QtProperty *property, const Value &val,
            void (PropertyManagerPrivate::*setSubPropertyValue)(QtProperty *, ValueChangeParameter))
{
    typedef Q_TYPENAME PropertyManagerPrivate::Data PrivateData;
    typedef QMap<const QtProperty *, PrivateData> PropertyToData;
    typedef Q_TYPENAME PropertyToData::iterator PropertyToDataIterator;
    const PropertyToDataIterator it = managerPrivate->m_values.find(property);
    if (it == managerPrivate->m_values.end())
        return;

    PrivateData &data = it.value();

    if (data.val == val)
        return;

    const Value oldVal = data.val;

    data.val = qBound(data.minVal, val, data.maxVal);

    if (data.val == oldVal)
        return;

    if (setSubPropertyValue)
        (managerPrivate->*setSubPropertyValue)(property, data.val);

    emit (manager->*propertyChangedSignal)(property);
    emit (manager->*valueChangedSignal)(property, data.val);
}

template <class ValueChangeParameter, class PropertyManagerPrivate, class PropertyManager, class Value>
static void setBorderValues(PropertyManager *manager, PropertyManagerPrivate *managerPrivate,
            void (PropertyManager::*propertyChangedSignal)(QtProperty *),
            void (PropertyManager::*valueChangedSignal)(QtProperty *, ValueChangeParameter),
            void (PropertyManager::*rangeChangedSignal)(QtProperty *, ValueChangeParameter, ValueChangeParameter),
            QtProperty *property, const Value &minVal, const Value &maxVal,
            void (PropertyManagerPrivate::*setSubPropertyRange)(QtProperty *,
                    ValueChangeParameter, ValueChangeParameter, ValueChangeParameter))
{
    typedef Q_TYPENAME PropertyManagerPrivate::Data PrivateData;
    typedef QMap<const QtProperty *, PrivateData> PropertyToData;
    typedef Q_TYPENAME PropertyToData::iterator PropertyToDataIterator;
    const PropertyToDataIterator it = managerPrivate->m_values.find(property);
    if (it == managerPrivate->m_values.end())
        return;

    Value fromVal = minVal;
    Value toVal = maxVal;
    orderBorders(fromVal, toVal);

    PrivateData &data = it.value();

    if (data.minVal == fromVal && data.maxVal == toVal)
        return;

    const Value oldVal = data.val;

    data.setMinimumValue(fromVal);
    data.setMaximumValue(toVal);

    emit (manager->*rangeChangedSignal)(property, data.minVal, data.maxVal);

    if (setSubPropertyRange)
        (managerPrivate->*setSubPropertyRange)(property, data.minVal, data.maxVal, data.val);

    if (data.val == oldVal)
        return;

    emit (manager->*propertyChangedSignal)(property);
    emit (manager->*valueChangedSignal)(property, data.val);
}

template <class ValueChangeParameter, class PropertyManagerPrivate, class PropertyManager, class Value, class PrivateData>
static void setBorderValue(PropertyManager *manager, PropertyManagerPrivate *managerPrivate,
            void (PropertyManager::*propertyChangedSignal)(QtProperty *),
            void (PropertyManager::*valueChangedSignal)(QtProperty *, ValueChangeParameter),
            void (PropertyManager::*rangeChangedSignal)(QtProperty *, ValueChangeParameter, ValueChangeParameter),
            QtProperty *property,
            Value (PrivateData::*getRangeVal)() const,
            void (PrivateData::*setRangeVal)(ValueChangeParameter), const Value &borderVal,
            void (PropertyManagerPrivate::*setSubPropertyRange)(QtProperty *,
                    ValueChangeParameter, ValueChangeParameter, ValueChangeParameter))
{
    typedef QMap<const QtProperty *, PrivateData> PropertyToData;
    typedef Q_TYPENAME PropertyToData::iterator PropertyToDataIterator;
    const PropertyToDataIterator it = managerPrivate->m_values.find(property);
    if (it == managerPrivate->m_values.end())
        return;

    PrivateData &data = it.value();

    if ((data.*getRangeVal)() == borderVal)
        return;

    const Value oldVal = data.val;

    (data.*setRangeVal)(borderVal);

    emit (manager->*rangeChangedSignal)(property, data.minVal, data.maxVal);

    if (setSubPropertyRange)
        (managerPrivate->*setSubPropertyRange)(property, data.minVal, data.maxVal, data.val);

    if (data.val == oldVal)
        return;

    emit (manager->*propertyChangedSignal)(property);
    emit (manager->*valueChangedSignal)(property, data.val);
}

template <class ValueChangeParameter, class PropertyManagerPrivate, class PropertyManager, class Value, class PrivateData>
static void setMinimumValue(PropertyManager *manager, PropertyManagerPrivate *managerPrivate,
            void (PropertyManager::*propertyChangedSignal)(QtProperty *),
            void (PropertyManager::*valueChangedSignal)(QtProperty *, ValueChangeParameter),
            void (PropertyManager::*rangeChangedSignal)(QtProperty *, ValueChangeParameter, ValueChangeParameter),
            QtProperty *property, const Value &minVal)
{
    void (PropertyManagerPrivate::*setSubPropertyRange)(QtProperty *,
                    ValueChangeParameter, ValueChangeParameter, ValueChangeParameter) = 0;
    setBorderValue<ValueChangeParameter, PropertyManagerPrivate, PropertyManager, Value, PrivateData>(manager, managerPrivate,
            propertyChangedSignal, valueChangedSignal, rangeChangedSignal,
            property, &PropertyManagerPrivate::Data::minimumValue, &PropertyManagerPrivate::Data::setMinimumValue, minVal, setSubPropertyRange);
}

template <class ValueChangeParameter, class PropertyManagerPrivate, class PropertyManager, class Value, class PrivateData>
static void setMaximumValue(PropertyManager *manager, PropertyManagerPrivate *managerPrivate,
            void (PropertyManager::*propertyChangedSignal)(QtProperty *),
            void (PropertyManager::*valueChangedSignal)(QtProperty *, ValueChangeParameter),
            void (PropertyManager::*rangeChangedSignal)(QtProperty *, ValueChangeParameter, ValueChangeParameter),
            QtProperty *property, const Value &maxVal)
{
    void (PropertyManagerPrivate::*setSubPropertyRange)(QtProperty *,
                    ValueChangeParameter, ValueChangeParameter, ValueChangeParameter) = 0;
    setBorderValue<ValueChangeParameter, PropertyManagerPrivate, PropertyManager, Value, PrivateData>(manager, managerPrivate,
            propertyChangedSignal, valueChangedSignal, rangeChangedSignal,
            property, &PropertyManagerPrivate::Data::maximumValue, &PropertyManagerPrivate::Data::setMaximumValue, maxVal, setSubPropertyRange);
}

class QtMetaEnumWrapper : public QObject
{
    Q_OBJECT
    Q_PROPERTY(QSizePolicy::Policy policy READ policy)
public:
    QSizePolicy::Policy policy() const { return QSizePolicy::Ignored; }
private:
    QtMetaEnumWrapper(QObject *parent) : QObject(parent) {}
};

class QtMetaEnumProvider
{
public:
    QtMetaEnumProvider();

    QStringList policyEnumNames() const { return m_policyEnumNames; }
    QStringList languageEnumNames() const { return m_languageEnumNames; }
    QStringList countryEnumNames(QLocale::Language language) const { return m_countryEnumNames.value(language); }

    QSizePolicy::Policy indexToSizePolicy(int index) const;
    int sizePolicyToIndex(QSizePolicy::Policy policy) const;

    void indexToLocale(int languageIndex, int countryIndex, QLocale::Language *language, QLocale::Country *country) const;
    void localeToIndex(QLocale::Language language, QLocale::Country country, int *languageIndex, int *countryIndex) const;

private:
    void initLocale();

    QStringList m_policyEnumNames;
    QStringList m_languageEnumNames;
    QMap<QLocale::Language, QStringList> m_countryEnumNames;
    QMap<int, QLocale::Language> m_indexToLanguage;
    QMap<QLocale::Language, int> m_languageToIndex;
    QMap<int, QMap<int, QLocale::Country> > m_indexToCountry;
    QMap<QLocale::Language, QMap<QLocale::Country, int> > m_countryToIndex;
    QMetaEnum m_policyEnum;
};

static QList<QLocale::Country> sortCountries(const QList<QLocale::Country> &countries)
{
    QMultiMap<QString, QLocale::Country> nameToCountry;
    QListIterator<QLocale::Country> itCountry(countries);
    while (itCountry.hasNext()) {
        QLocale::Country country = itCountry.next();
        nameToCountry.insert(QLocale::countryToString(country), country);
    }
    return nameToCountry.values();
}

void QtMetaEnumProvider::initLocale()
{
    QMultiMap<QString, QLocale::Language> nameToLanguage;
    QLocale::Language language = QLocale::C;
    while (language <= QLocale::LastLanguage) {
        QLocale locale(language);
        if (locale.language() == language)
            nameToLanguage.insert(QLocale::languageToString(language), language);
        language = (QLocale::Language)((uint)language + 1); // ++language
    }

    const QLocale system = QLocale::system();
    if (!nameToLanguage.contains(QLocale::languageToString(system.language())))
        nameToLanguage.insert(QLocale::languageToString(system.language()), system.language());

    QList<QLocale::Language> languages = nameToLanguage.values();
    QListIterator<QLocale::Language> itLang(languages);
    while (itLang.hasNext()) {
        QLocale::Language language = itLang.next();
        QList<QLocale::Country> countries;
        countries = QLocale::countriesForLanguage(language);
        if (countries.isEmpty() && language == system.language())
            countries << system.country();

        if (!countries.isEmpty() && !m_languageToIndex.contains(language)) {
            countries = sortCountries(countries);
            int langIdx = m_languageEnumNames.count();
            m_indexToLanguage[langIdx] = language;
            m_languageToIndex[language] = langIdx;
            QStringList countryNames;
            QListIterator<QLocale::Country> it(countries);
            int countryIdx = 0;
            while (it.hasNext()) {
                QLocale::Country country = it.next();
                countryNames << QLocale::countryToString(country);
                m_indexToCountry[langIdx][countryIdx] = country;
                m_countryToIndex[language][country] = countryIdx;
                ++countryIdx;
            }
            m_languageEnumNames << QLocale::languageToString(language);
            m_countryEnumNames[language] = countryNames;
        }
    }
}

QtMetaEnumProvider::QtMetaEnumProvider()
{
    QMetaProperty p;

    p = QtMetaEnumWrapper::staticMetaObject.property(
                QtMetaEnumWrapper::staticMetaObject.propertyOffset() + 0);
    m_policyEnum = p.enumerator();
    const int keyCount = m_policyEnum.keyCount();
    for (int i = 0; i < keyCount; i++)
        m_policyEnumNames << QLatin1String(m_policyEnum.key(i));

    initLocale();
}

QSizePolicy::Policy QtMetaEnumProvider::indexToSizePolicy(int index) const
{
    return static_cast<QSizePolicy::Policy>(m_policyEnum.value(index));
}

int QtMetaEnumProvider::sizePolicyToIndex(QSizePolicy::Policy policy) const
{
     const int keyCount = m_policyEnum.keyCount();
    for (int i = 0; i < keyCount; i++)
        if (indexToSizePolicy(i) == policy)
            return i;
    return -1;
}

void QtMetaEnumProvider::indexToLocale(int languageIndex, int countryIndex, QLocale::Language *language, QLocale::Country *country) const
{
    QLocale::Language l = QLocale::C;
    QLocale::Country c = QLocale::AnyCountry;
    if (m_indexToLanguage.contains(languageIndex)) {
        l = m_indexToLanguage[languageIndex];
        if (m_indexToCountry.contains(languageIndex) && m_indexToCountry[languageIndex].contains(countryIndex))
            c = m_indexToCountry[languageIndex][countryIndex];
    }
    if (language)
        *language = l;
    if (country)
        *country = c;
}

void QtMetaEnumProvider::localeToIndex(QLocale::Language language, QLocale::Country country, int *languageIndex, int *countryIndex) const
{
    int l = -1;
    int c = -1;
    if (m_languageToIndex.contains(language)) {
        l = m_languageToIndex[language];
        if (m_countryToIndex.contains(language) && m_countryToIndex[language].contains(country))
            c = m_countryToIndex[language][country];
    }

    if (languageIndex)
        *languageIndex = l;
    if (countryIndex)
        *countryIndex = c;
}

Q_GLOBAL_STATIC(QtMetaEnumProvider, metaEnumProvider)

// QtGroupPropertyManager

/*!
    \class QtGroupPropertyManager
    \internal
    \inmodule QtDesigner
    \since 4.4

    \brief The QtGroupPropertyManager provides and manages group properties.

    This class is intended to provide a grouping element without any value.

    \sa QtAbstractPropertyManager
*/

/*!
    Creates a manager with the given \a parent.
*/
QtGroupPropertyManager::QtGroupPropertyManager(QObject *parent)
    : QtAbstractPropertyManager(parent)
{

}

/*!
    Destroys this manager, and all the properties it has created.
*/
QtGroupPropertyManager::~QtGroupPropertyManager()
{

}

/*!
    \reimp
*/
bool QtGroupPropertyManager::hasValue(const QtProperty *property) const
{
    Q_UNUSED(property)
    return false;
}

/*!
    \reimp
*/
void QtGroupPropertyManager::initializeProperty(QtProperty *property)
{
    Q_UNUSED(property)
}

/*!
    \reimp
*/
void QtGroupPropertyManager::uninitializeProperty(QtProperty *property)
{
    Q_UNUSED(property)
}

// QtIntPropertyManager

class QtIntPropertyManagerPrivate
{
    QtIntPropertyManager *q_ptr;
    Q_DECLARE_PUBLIC(QtIntPropertyManager)
public:

    struct Data
    {
        Data() : val(0), minVal(-INT_MAX), maxVal(INT_MAX), singleStep(1) {}
        int val;
        int minVal;
        int maxVal;
        int singleStep;
        int minimumValue() const { return minVal; }
        int maximumValue() const { return maxVal; }
        void setMinimumValue(int newMinVal) { setSimpleMinimumData(this, newMinVal); }
        void setMaximumValue(int newMaxVal) { setSimpleMaximumData(this, newMaxVal); }
    };

    typedef QMap<const QtProperty *, Data> PropertyValueMap;
    PropertyValueMap m_values;
};

/*!
    \class QtIntPropertyManager
    \internal
    \inmodule QtDesigner
    \since 4.4

    \brief The QtIntPropertyManager provides and manages int properties.

    An int property has a current value, and a range specifying the
    valid values. The range is defined by a minimum and a maximum
    value.

    The property's value and range can be retrieved using the value(),
    minimum() and maximum() functions, and can be set using the
    setValue(), setMinimum() and setMaximum() slots. Alternatively,
    the range can be defined in one go using the setRange() slot.

    In addition, QtIntPropertyManager provides the valueChanged() signal which
    is emitted whenever a property created by this manager changes,
    and the rangeChanged() signal which is emitted whenever such a
    property changes its range of valid values.

    \sa QtAbstractPropertyManager, QtSpinBoxFactory, QtSliderFactory, QtScrollBarFactory
*/

/*!
    \fn void QtIntPropertyManager::valueChanged(QtProperty *property, int value)

    This signal is emitted whenever a property created by this manager
    changes its value, passing a pointer to the \a property and the new
    \a value as parameters.

    \sa setValue()
*/

/*!
    \fn void QtIntPropertyManager::rangeChanged(QtProperty *property, int minimum, int maximum)

    This signal is emitted whenever a property created by this manager
    changes its range of valid values, passing a pointer to the
    \a property and the new \a minimum and \a maximum values.

    \sa setRange()
*/

/*!
    \fn void QtIntPropertyManager::singleStepChanged(QtProperty *property, int step)

    This signal is emitted whenever a property created by this manager
    changes its single step property, passing a pointer to the
    \a property and the new \a step value

    \sa setSingleStep()
*/

/*!
    Creates a manager with the given \a parent.
*/
QtIntPropertyManager::QtIntPropertyManager(QObject *parent)
    : QtAbstractPropertyManager(parent), d_ptr(new QtIntPropertyManagerPrivate)
{
    d_ptr->q_ptr = this;
}

/*!
    Destroys this manager, and all the properties it has created.
*/
QtIntPropertyManager::~QtIntPropertyManager()
{
    clear();
}

/*!
    Returns the given \a property's value.

    If the given property is not managed by this manager, this
    function returns 0.

    \sa setValue()
*/
int QtIntPropertyManager::value(const QtProperty *property) const
{
    return getValue<int>(d_ptr->m_values, property, 0);
}

/*!
    Returns the given \a property's minimum value.

    \sa setMinimum(), maximum(), setRange()
*/
int QtIntPropertyManager::minimum(const QtProperty *property) const
{
    return getMinimum<int>(d_ptr->m_values, property, 0);
}

/*!
    Returns the given \a property's maximum value.

    \sa setMaximum(), minimum(), setRange()
*/
int QtIntPropertyManager::maximum(const QtProperty *property) const
{
    return getMaximum<int>(d_ptr->m_values, property, 0);
}

/*!
    Returns the given \a property's step value.

    The step is typically used to increment or decrement a property value while pressing an arrow key.

    \sa setSingleStep()
*/
int QtIntPropertyManager::singleStep(const QtProperty *property) const
{
    return getData<int>(d_ptr->m_values, &QtIntPropertyManagerPrivate::Data::singleStep, property, 0);
}

/*!
    \reimp
*/
QString QtIntPropertyManager::valueText(const QtProperty *property) const
{
    const QtIntPropertyManagerPrivate::PropertyValueMap::const_iterator it = d_ptr->m_values.constFind(property);
    if (it == d_ptr->m_values.constEnd())
        return QString();
    return QString::number(it.value().val);
}

/*!
    \fn void QtIntPropertyManager::setValue(QtProperty *property, int value)

    Sets the value of the given \a property to \a value.

    If the specified \a value is not valid according to the given \a
    property's range, the \a value is adjusted to the nearest valid
    value within the range.

    \sa value(), setRange(), valueChanged()
*/
void QtIntPropertyManager::setValue(QtProperty *property, int val)
{
    void (QtIntPropertyManagerPrivate::*setSubPropertyValue)(QtProperty *, int) = 0;
    setValueInRange<int, QtIntPropertyManagerPrivate, QtIntPropertyManager, int>(this, d_ptr.data(),
                &QtIntPropertyManager::propertyChanged,
                &QtIntPropertyManager::valueChanged,
                property, val, setSubPropertyValue);
}

/*!
    Sets the minimum value for the given \a property to \a minVal.

    When setting the minimum value, the maximum and current values are
    adjusted if necessary (ensuring that the range remains valid and
    that the current value is within the range).

    \sa minimum(), setRange(), rangeChanged()
*/
void QtIntPropertyManager::setMinimum(QtProperty *property, int minVal)
{
    setMinimumValue<int, QtIntPropertyManagerPrivate, QtIntPropertyManager, int, QtIntPropertyManagerPrivate::Data>(this, d_ptr.data(),
                &QtIntPropertyManager::propertyChanged,
                &QtIntPropertyManager::valueChanged,
                &QtIntPropertyManager::rangeChanged,
                property, minVal);
}

/*!
    Sets the maximum value for the given \a property to \a maxVal.

    When setting maximum value, the minimum and current values are
    adjusted if necessary (ensuring that the range remains valid and
    that the current value is within the range).

    \sa maximum(), setRange(), rangeChanged()
*/
void QtIntPropertyManager::setMaximum(QtProperty *property, int maxVal)
{
    setMaximumValue<int, QtIntPropertyManagerPrivate, QtIntPropertyManager, int, QtIntPropertyManagerPrivate::Data>(this, d_ptr.data(),
                &QtIntPropertyManager::propertyChanged,
                &QtIntPropertyManager::valueChanged,
                &QtIntPropertyManager::rangeChanged,
                property, maxVal);
}

/*!
    \fn void QtIntPropertyManager::setRange(QtProperty *property, int minimum, int maximum)

    Sets the range of valid values.

    This is a convenience function defining the range of valid values
    in one go; setting the \a minimum and \a maximum values for the
    given \a property with a single function call.

    When setting a new range, the current value is adjusted if
    necessary (ensuring that the value remains within range).

    \sa setMinimum(), setMaximum(), rangeChanged()
*/
void QtIntPropertyManager::setRange(QtProperty *property, int minVal, int maxVal)
{
    void (QtIntPropertyManagerPrivate::*setSubPropertyRange)(QtProperty *, int, int, int) = 0;
    setBorderValues<int, QtIntPropertyManagerPrivate, QtIntPropertyManager, int>(this, d_ptr.data(),
                &QtIntPropertyManager::propertyChanged,
                &QtIntPropertyManager::valueChanged,
                &QtIntPropertyManager::rangeChanged,
                property, minVal, maxVal, setSubPropertyRange);
}

/*!
    Sets the step value for the given \a property to \a step.

    The step is typically used to increment or decrement a property value while pressing an arrow key.

    \sa singleStep()
*/
void QtIntPropertyManager::setSingleStep(QtProperty *property, int step)
{
    const QtIntPropertyManagerPrivate::PropertyValueMap::iterator it = d_ptr->m_values.find(property);
    if (it == d_ptr->m_values.end())
        return;

    QtIntPropertyManagerPrivate::Data data = it.value();

    if (step < 0)
        step = 0;

    if (data.singleStep == step)
        return;

    data.singleStep = step;

    it.value() = data;

    emit singleStepChanged(property, data.singleStep);
}

/*!
    \reimp
*/
void QtIntPropertyManager::initializeProperty(QtProperty *property)
{
    d_ptr->m_values[property] = QtIntPropertyManagerPrivate::Data();
}

/*!
    \reimp
*/
void QtIntPropertyManager::uninitializeProperty(QtProperty *property)
{
    d_ptr->m_values.remove(property);
}

// QtDoublePropertyManager

class QtDoublePropertyManagerPrivate
{
    QtDoublePropertyManager *q_ptr;
    Q_DECLARE_PUBLIC(QtDoublePropertyManager)
public:

    struct Data
    {
        Data() : val(0), minVal(-INT_MAX), maxVal(INT_MAX), singleStep(1), decimals(2) {}
        double val;
        double minVal;
        double maxVal;
        double singleStep;
        int decimals;
        double minimumValue() const { return minVal; }
        double maximumValue() const { return maxVal; }
        void setMinimumValue(double newMinVal) { setSimpleMinimumData(this, newMinVal); }
        void setMaximumValue(double newMaxVal) { setSimpleMaximumData(this, newMaxVal); }
    };

    typedef QMap<const QtProperty *, Data> PropertyValueMap;
    PropertyValueMap m_values;
};

/*!
    \class QtDoublePropertyManager
    \internal
    \inmodule QtDesigner
    \since 4.4

    \brief The QtDoublePropertyManager provides and manages double properties.

    A double property has a current value, and a range specifying the
    valid values. The range is defined by a minimum and a maximum
    value.

    The property's value and range can be retrieved using the value(),
    minimum() and maximum() functions, and can be set using the
    setValue(), setMinimum() and setMaximum() slots.
    Alternatively, the range can be defined in one go using the
    setRange() slot.

    In addition, QtDoublePropertyManager provides the valueChanged() signal
    which is emitted whenever a property created by this manager
    changes, and the rangeChanged() signal which is emitted whenever
    such a property changes its range of valid values.

    \sa QtAbstractPropertyManager, QtDoubleSpinBoxFactory
*/

/*!
    \fn void QtDoublePropertyManager::valueChanged(QtProperty *property, double value)

    This signal is emitted whenever a property created by this manager
    changes its value, passing a pointer to the \a property and the new
    \a value as parameters.

    \sa setValue()
*/

/*!
    \fn void QtDoublePropertyManager::rangeChanged(QtProperty *property, double minimum, double maximum)

    This signal is emitted whenever a property created by this manager
    changes its range of valid values, passing a pointer to the
    \a property and the new \a minimum and \a maximum values

    \sa setRange()
*/

/*!
    \fn void QtDoublePropertyManager::decimalsChanged(QtProperty *property, int prec)

    This signal is emitted whenever a property created by this manager
    changes its precision of value, passing a pointer to the
    \a property and the new \a prec value

    \sa setDecimals()
*/

/*!
    \fn void QtDoublePropertyManager::singleStepChanged(QtProperty *property, double step)

    This signal is emitted whenever a property created by this manager
    changes its single step property, passing a pointer to the
    \a property and the new \a step value

    \sa setSingleStep()
*/

/*!
    Creates a manager with the given \a parent.
*/
QtDoublePropertyManager::QtDoublePropertyManager(QObject *parent)
    : QtAbstractPropertyManager(parent), d_ptr(new QtDoublePropertyManagerPrivate)
{
    d_ptr->q_ptr = this;
}

/*!
    Destroys  this manager, and all the properties it has created.
*/
QtDoublePropertyManager::~QtDoublePropertyManager()
{
    clear();
}

/*!
    Returns the given \a property's value.

    If the given property is not managed by this manager, this
    function returns 0.

    \sa setValue()
*/
double QtDoublePropertyManager::value(const QtProperty *property) const
{
    return getValue<double>(d_ptr->m_values, property, 0.0);
}

/*!
    Returns the given \a property's minimum value.

    \sa maximum(), setRange()
*/
double QtDoublePropertyManager::minimum(const QtProperty *property) const
{
    return getMinimum<double>(d_ptr->m_values, property, 0.0);
}

/*!
    Returns the given \a property's maximum value.

    \sa minimum(), setRange()
*/
double QtDoublePropertyManager::maximum(const QtProperty *property) const
{
    return getMaximum<double>(d_ptr->m_values, property, 0.0);
}

/*!
    Returns the given \a property's step value.

    The step is typically used to increment or decrement a property value while pressing an arrow key.

    \sa setSingleStep()
*/
double QtDoublePropertyManager::singleStep(const QtProperty *property) const
{
    return getData<double>(d_ptr->m_values, &QtDoublePropertyManagerPrivate::Data::singleStep, property, 0);
}

/*!
    Returns the given \a property's precision, in decimals.

    \sa setDecimals()
*/
int QtDoublePropertyManager::decimals(const QtProperty *property) const
{
    return getData<int>(d_ptr->m_values, &QtDoublePropertyManagerPrivate::Data::decimals, property, 0);
}

/*!
    \reimp
*/
QString QtDoublePropertyManager::valueText(const QtProperty *property) const
{
    const QtDoublePropertyManagerPrivate::PropertyValueMap::const_iterator it = d_ptr->m_values.constFind(property);
    if (it == d_ptr->m_values.constEnd())
        return QString();
    return QString::number(it.value().val, 'f', it.value().decimals);
}

/*!
    \fn void QtDoublePropertyManager::setValue(QtProperty *property, double value)

    Sets the value of the given \a property to \a value.

    If the specified \a value is not valid according to the given
    \a property's range, the \a value is adjusted to the nearest valid value
    within the range.

    \sa value(), setRange(), valueChanged()
*/
void QtDoublePropertyManager::setValue(QtProperty *property, double val)
{
    void (QtDoublePropertyManagerPrivate::*setSubPropertyValue)(QtProperty *, double) = 0;
    setValueInRange<double, QtDoublePropertyManagerPrivate, QtDoublePropertyManager, double>(this, d_ptr.data(),
                &QtDoublePropertyManager::propertyChanged,
                &QtDoublePropertyManager::valueChanged,
                property, val, setSubPropertyValue);
}

/*!
    Sets the step value for the given \a property to \a step.

    The step is typically used to increment or decrement a property value while pressing an arrow key.

    \sa singleStep()
*/
void QtDoublePropertyManager::setSingleStep(QtProperty *property, double step)
{
    const QtDoublePropertyManagerPrivate::PropertyValueMap::iterator it = d_ptr->m_values.find(property);
    if (it == d_ptr->m_values.end())
        return;

    QtDoublePropertyManagerPrivate::Data data = it.value();

    if (step < 0)
        step = 0;

    if (data.singleStep == step)
        return;

    data.singleStep = step;

    it.value() = data;

    emit singleStepChanged(property, data.singleStep);
}

/*!
    \fn void QtDoublePropertyManager::setDecimals(QtProperty *property, int prec)

    Sets the precision of the given \a property to \a prec.

    The valid decimal range is 0-13. The default is 2.

    \sa decimals()
*/
void QtDoublePropertyManager::setDecimals(QtProperty *property, int prec)
{
    const QtDoublePropertyManagerPrivate::PropertyValueMap::iterator it = d_ptr->m_values.find(property);
    if (it == d_ptr->m_values.end())
        return;

    QtDoublePropertyManagerPrivate::Data data = it.value();

    if (prec > 13)
        prec = 13;
    else if (prec < 0)
        prec = 0;

    if (data.decimals == prec)
        return;

    data.decimals = prec;

    it.value() = data;

    emit decimalsChanged(property, data.decimals);
}

/*!
    Sets the minimum value for the given \a property to \a minVal.

    When setting the minimum value, the maximum and current values are
    adjusted if necessary (ensuring that the range remains valid and
    that the current value is within in the range).

    \sa minimum(), setRange(), rangeChanged()
*/
void QtDoublePropertyManager::setMinimum(QtProperty *property, double minVal)
{
    setMinimumValue<double, QtDoublePropertyManagerPrivate, QtDoublePropertyManager, double, QtDoublePropertyManagerPrivate::Data>(this, d_ptr.data(),
                &QtDoublePropertyManager::propertyChanged,
                &QtDoublePropertyManager::valueChanged,
                &QtDoublePropertyManager::rangeChanged,
                property, minVal);
}

/*!
    Sets the maximum value for the given \a property to \a maxVal.

    When setting the maximum value, the minimum and current values are
    adjusted if necessary (ensuring that the range remains valid and
    that the current value is within in the range).

    \sa maximum(), setRange(), rangeChanged()
*/
void QtDoublePropertyManager::setMaximum(QtProperty *property, double maxVal)
{
    setMaximumValue<double, QtDoublePropertyManagerPrivate, QtDoublePropertyManager, double, QtDoublePropertyManagerPrivate::Data>(this, d_ptr.data(),
                &QtDoublePropertyManager::propertyChanged,
                &QtDoublePropertyManager::valueChanged,
                &QtDoublePropertyManager::rangeChanged,
                property, maxVal);
}

/*!
    \fn void QtDoublePropertyManager::setRange(QtProperty *property, double minimum, double maximum)

    Sets the range of valid values.

    This is a convenience function defining the range of valid values
    in one go; setting the \a minimum and \a maximum values for the
    given \a property with a single function call.

    When setting a new range, the current value is adjusted if
    necessary (ensuring that the value remains within range).

    \sa setMinimum(), setMaximum(), rangeChanged()
*/
void QtDoublePropertyManager::setRange(QtProperty *property, double minVal, double maxVal)
{
    void (QtDoublePropertyManagerPrivate::*setSubPropertyRange)(QtProperty *, double, double, double) = 0;
    setBorderValues<double, QtDoublePropertyManagerPrivate, QtDoublePropertyManager, double>(this, d_ptr.data(),
                &QtDoublePropertyManager::propertyChanged,
                &QtDoublePropertyManager::valueChanged,
                &QtDoublePropertyManager::rangeChanged,
                property, minVal, maxVal, setSubPropertyRange);
}

/*!
    \reimp
*/
void QtDoublePropertyManager::initializeProperty(QtProperty *property)
{
    d_ptr->m_values[property] = QtDoublePropertyManagerPrivate::Data();
}

/*!
    \reimp
*/
void QtDoublePropertyManager::uninitializeProperty(QtProperty *property)
{
    d_ptr->m_values.remove(property);
}

// QtStringPropertyManager

class QtStringPropertyManagerPrivate
{
    QtStringPropertyManager *q_ptr;
    Q_DECLARE_PUBLIC(QtStringPropertyManager)
public:

    struct Data
    {
        Data() : regExp(QString(QLatin1Char('*')),  Qt::CaseSensitive, QRegExp::Wildcard)
        {
        }
        QString val;
        QRegExp regExp;
    };

    typedef QMap<const QtProperty *, Data> PropertyValueMap;
    QMap<const QtProperty *, Data> m_values;
};

/*!
    \class QtStringPropertyManager
    \internal
    \inmodule QtDesigner
    \since 4.4

    \brief The QtStringPropertyManager provides and manages QString properties.

    A string property's value can be retrieved using the value()
    function, and set using the setValue() slot.

    The current value can be checked against a regular expression. To
    set the regular expression use the setRegExp() slot, use the
    regExp() function to retrieve the currently set expression.

    In addition, QtStringPropertyManager provides the valueChanged() signal
    which is emitted whenever a property created by this manager
    changes, and the regExpChanged() signal which is emitted whenever
    such a property changes its currently set regular expression.

    \sa QtAbstractPropertyManager, QtLineEditFactory
*/

/*!
    \fn void QtStringPropertyManager::valueChanged(QtProperty *property, const QString &value)

    This signal is emitted whenever a property created by this manager
    changes its value, passing a pointer to the \a property and the
    new \a value as parameters.

    \sa setValue()
*/

/*!
    \fn void QtStringPropertyManager::regExpChanged(QtProperty *property, const QRegExp &regExp)

    This signal is emitted whenever a property created by this manager
    changes its currenlty set regular expression, passing a pointer to
    the \a property and the new \a regExp as parameters.

    \sa setRegExp()
*/

/*!
    Creates a manager with the given \a parent.
*/
QtStringPropertyManager::QtStringPropertyManager(QObject *parent)
    : QtAbstractPropertyManager(parent), d_ptr(new QtStringPropertyManagerPrivate)
{
    d_ptr->q_ptr = this;
}

/*!
    Destroys this manager, and all the properties it has created.
*/
QtStringPropertyManager::~QtStringPropertyManager()
{
    clear();
}

/*!
    Returns the given \a property's value.

    If the given property is not managed by this manager, this
    function returns an empty string.

    \sa setValue()
*/
QString QtStringPropertyManager::value(const QtProperty *property) const
{
    return getValue<QString>(d_ptr->m_values, property);
}

/*!
    Returns the given \a property's currently set regular expression.

    If the given \a property is not managed by this manager, this
    function returns an empty expression.

    \sa setRegExp()
*/
QRegExp QtStringPropertyManager::regExp(const QtProperty *property) const
{
    return getData<QRegExp>(d_ptr->m_values, &QtStringPropertyManagerPrivate::Data::regExp, property, QRegExp());
}

/*!
    \reimp
*/
QString QtStringPropertyManager::valueText(const QtProperty *property) const
{
    const QtStringPropertyManagerPrivate::PropertyValueMap::const_iterator it = d_ptr->m_values.constFind(property);
    if (it == d_ptr->m_values.constEnd())
        return QString();
    return it.value().val;
}

/*!
    \fn void QtStringPropertyManager::setValue(QtProperty *property, const QString &value)

    Sets the value of the given \a property to \a value.

    If the specified \a value doesn't match the given \a property's
    regular expression, this function does nothing.

    \sa value(), setRegExp(), valueChanged()
*/
void QtStringPropertyManager::setValue(QtProperty *property, const QString &val)
{
    const QtStringPropertyManagerPrivate::PropertyValueMap::iterator it = d_ptr->m_values.find(property);
    if (it == d_ptr->m_values.end())
        return;

    QtStringPropertyManagerPrivate::Data data = it.value();

    if (data.val == val)
        return;

    if (data.regExp.isValid() && !data.regExp.exactMatch(val))
        return;

    data.val = val;

    it.value() = data;

    emit propertyChanged(property);
    emit valueChanged(property, data.val);
}

/*!
    Sets the regular expression of the given \a property to \a regExp.

    \sa regExp(), setValue(), regExpChanged()
*/
void QtStringPropertyManager::setRegExp(QtProperty *property, const QRegExp &regExp)
{
    const QtStringPropertyManagerPrivate::PropertyValueMap::iterator it = d_ptr->m_values.find(property);
    if (it == d_ptr->m_values.end())
        return;

    QtStringPropertyManagerPrivate::Data data = it.value() ;

    if (data.regExp == regExp)
        return;

    data.regExp = regExp;

    it.value() = data;

    emit regExpChanged(property, data.regExp);
}

/*!
    \reimp
*/
void QtStringPropertyManager::initializeProperty(QtProperty *property)
{
    d_ptr->m_values[property] = QtStringPropertyManagerPrivate::Data();
}

/*!
    \reimp
*/
void QtStringPropertyManager::uninitializeProperty(QtProperty *property)
{
    d_ptr->m_values.remove(property);
}

// QtBoolPropertyManager
//     Return an icon containing a check box indicator
static QIcon drawCheckBox(bool value)
{
    QStyleOptionButton opt;
    opt.state |= value ? QStyle::State_On : QStyle::State_Off;
    opt.state |= QStyle::State_Enabled;
    const QStyle *style = QApplication::style();
    // Figure out size of an indicator and make sure it is not scaled down in a list view item
    // by making the pixmap as big as a list view icon and centering the indicator in it.
    // (if it is smaller, it can't be helped)
    const int indicatorWidth = style->pixelMetric(QStyle::PM_IndicatorWidth, &opt);
    const int indicatorHeight = style->pixelMetric(QStyle::PM_IndicatorHeight, &opt);
    const int listViewIconSize = indicatorWidth;
    const int pixmapWidth = indicatorWidth;
    const int pixmapHeight = qMax(indicatorHeight, listViewIconSize);

    opt.rect = QRect(0, 0, indicatorWidth, indicatorHeight);
    QPixmap pixmap = QPixmap(pixmapWidth, pixmapHeight);
    pixmap.fill(Qt::transparent);
    {
        // Center?
        const int xoff = (pixmapWidth  > indicatorWidth)  ? (pixmapWidth  - indicatorWidth)  / 2 : 0;
        const int yoff = (pixmapHeight > indicatorHeight) ? (pixmapHeight - indicatorHeight) / 2 : 0;
        QPainter painter(&pixmap);
        painter.translate(xoff, yoff);
        style->drawPrimitive(QStyle::PE_IndicatorCheckBox, &opt, &painter);
    }
    return QIcon(pixmap);
}

class QtBoolPropertyManagerPrivate
{
    QtBoolPropertyManager *q_ptr;
    Q_DECLARE_PUBLIC(QtBoolPropertyManager)
public:
    QtBoolPropertyManagerPrivate();

    QMap<const QtProperty *, bool> m_values;
    const QIcon m_checkedIcon;
    const QIcon m_uncheckedIcon;
};

QtBoolPropertyManagerPrivate::QtBoolPropertyManagerPrivate() :
    m_checkedIcon(drawCheckBox(true)),
    m_uncheckedIcon(drawCheckBox(false))
{
}

/*!
    \class QtBoolPropertyManager
    \internal
    \inmodule QtDesigner
    \since 4.4

    \brief The QtBoolPropertyManager class provides and manages boolean properties.

    The property's value can be retrieved using the value() function,
    and set using the setValue() slot.

    In addition, QtBoolPropertyManager provides the valueChanged() signal
    which is emitted whenever a property created by this manager
    changes.

    \sa QtAbstractPropertyManager, QtCheckBoxFactory
*/

/*!
    \fn void QtBoolPropertyManager::valueChanged(QtProperty *property, bool value)

    This signal is emitted whenever a property created by this manager
    changes its value, passing a pointer to the \a property and the
    new \a value as parameters.
*/

/*!
    Creates a manager with the given \a parent.
*/
QtBoolPropertyManager::QtBoolPropertyManager(QObject *parent)
    : QtAbstractPropertyManager(parent), d_ptr(new QtBoolPropertyManagerPrivate)
{
    d_ptr->q_ptr = this;
}

/*!
    Destroys this manager, and all the properties it has created.
*/
QtBoolPropertyManager::~QtBoolPropertyManager()
{
    clear();
}

/*!
    Returns the given \a property's value.

    If the given \a property is not managed by \e this manager, this
    function returns false.

    \sa setValue()
*/
bool QtBoolPropertyManager::value(const QtProperty *property) const
{
    return d_ptr->m_values.value(property, false);
}

/*!
    \reimp
*/
QString QtBoolPropertyManager::valueText(const QtProperty *property) const
{
    const QMap<const QtProperty *, bool>::const_iterator it = d_ptr->m_values.constFind(property);
    if (it == d_ptr->m_values.constEnd())
        return QString();

    static const QString trueText = tr("True");
    static const QString falseText = tr("False");
    return it.value() ? trueText : falseText;
}

/*!
    \reimp
*/
QIcon QtBoolPropertyManager::valueIcon(const QtProperty *property) const
{
    const QMap<const QtProperty *, bool>::const_iterator it = d_ptr->m_values.constFind(property);
    if (it == d_ptr->m_values.constEnd())
        return QIcon();

    return it.value() ? d_ptr->m_checkedIcon : d_ptr->m_uncheckedIcon;
}

/*!
    \fn void QtBoolPropertyManager::setValue(QtProperty *property, bool value)

    Sets the value of the given \a property to \a value.

    \sa value()
*/
void QtBoolPropertyManager::setValue(QtProperty *property, bool val)
{
    setSimpleValue<bool, bool, QtBoolPropertyManager>(d_ptr->m_values, this,
                &QtBoolPropertyManager::propertyChanged,
                &QtBoolPropertyManager::valueChanged,
                property, val);
}

/*!
    \reimp
*/
void QtBoolPropertyManager::initializeProperty(QtProperty *property)
{
    d_ptr->m_values[property] = false;
}

/*!
    \reimp
*/
void QtBoolPropertyManager::uninitializeProperty(QtProperty *property)
{
    d_ptr->m_values.remove(property);
}

// QtDatePropertyManager

class QtDatePropertyManagerPrivate
{
    QtDatePropertyManager *q_ptr;
    Q_DECLARE_PUBLIC(QtDatePropertyManager)
public:
    explicit QtDatePropertyManagerPrivate(QtDatePropertyManager *q);

    struct Data
    {
        Data() : val(QDate::currentDate()), minVal(QDate(1752, 9, 14)),
                maxVal(QDate(7999, 12, 31)) {}
        QDate val;
        QDate minVal;
        QDate maxVal;
        QDate minimumValue() const { return minVal; }
        QDate maximumValue() const { return maxVal; }
        void setMinimumValue(const QDate &newMinVal) { setSimpleMinimumData(this, newMinVal); }
        void setMaximumValue(const QDate &newMaxVal) { setSimpleMaximumData(this, newMaxVal); }
    };

    QString m_format;

    typedef QMap<const QtProperty *, Data> PropertyValueMap;
    QMap<const QtProperty *, Data> m_values;
};

QtDatePropertyManagerPrivate::QtDatePropertyManagerPrivate(QtDatePropertyManager *q) :
    q_ptr(q),
    m_format(QtPropertyBrowserUtils::dateFormat())
{
}

/*!
    \class QtDatePropertyManager
    \internal
    \inmodule QtDesigner
    \since 4.4

    \brief The QtDatePropertyManager provides and manages QDate properties.

    A date property has a current value, and a range specifying the
    valid dates. The range is defined by a minimum and a maximum
    value.

    The property's values can be retrieved using the minimum(),
    maximum() and value() functions, and can be set using the
    setMinimum(), setMaximum() and setValue() slots. Alternatively,
    the range can be defined in one go using the setRange() slot.

    In addition, QtDatePropertyManager provides the valueChanged() signal
    which is emitted whenever a property created by this manager
    changes, and the rangeChanged() signal which is emitted whenever
    such a property changes its range of valid dates.

    \sa QtAbstractPropertyManager, QtDateEditFactory, QtDateTimePropertyManager
*/

/*!
    \fn void QtDatePropertyManager::valueChanged(QtProperty *property, const QDate &value)

    This signal is emitted whenever a property created by this manager
    changes its value, passing a pointer to the \a property and the new
    \a value as parameters.

    \sa setValue()
*/

/*!
    \fn void QtDatePropertyManager::rangeChanged(QtProperty *property, const QDate &minimum, const QDate &maximum)

    This signal is emitted whenever a property created by this manager
    changes its range of valid dates, passing a pointer to the \a
    property and the new \a minimum and \a maximum dates.

    \sa setRange()
*/

/*!
    Creates a manager with the given \a parent.
*/
QtDatePropertyManager::QtDatePropertyManager(QObject *parent)
    : QtAbstractPropertyManager(parent), d_ptr(new QtDatePropertyManagerPrivate(this))
{
}

/*!
    Destroys this manager, and all the properties it has created.
*/
QtDatePropertyManager::~QtDatePropertyManager()
{
    clear();
}

/*!
    Returns the given \a property's value.

    If the given \a property is not managed by \e this manager, this
    function returns an invalid date.

    \sa setValue()
*/
QDate QtDatePropertyManager::value(const QtProperty *property) const
{
    return getValue<QDate>(d_ptr->m_values, property);
}

/*!
    Returns the given \a  property's  minimum date.

    \sa maximum(), setRange()
*/
QDate QtDatePropertyManager::minimum(const QtProperty *property) const
{
    return getMinimum<QDate>(d_ptr->m_values, property);
}

/*!
    Returns the given \a property's maximum date.

    \sa minimum(), setRange()
*/
QDate QtDatePropertyManager::maximum(const QtProperty *property) const
{
    return getMaximum<QDate>(d_ptr->m_values, property);
}

/*!
    \reimp
*/
QString QtDatePropertyManager::valueText(const QtProperty *property) const
{
    const QtDatePropertyManagerPrivate::PropertyValueMap::const_iterator it = d_ptr->m_values.constFind(property);
    if (it == d_ptr->m_values.constEnd())
        return QString();
    return it.value().val.toString(d_ptr->m_format);
}

/*!
    \fn void QtDatePropertyManager::setValue(QtProperty *property, const QDate &value)

    Sets the value of the given \a property to \a value.

    If the specified \a value is not a valid date according to the
    given \a property's range, the value is adjusted to the nearest
    valid value within the range.

    \sa value(), setRange(), valueChanged()
*/
void QtDatePropertyManager::setValue(QtProperty *property, const QDate &val)
{
    void (QtDatePropertyManagerPrivate::*setSubPropertyValue)(QtProperty *, const QDate &) = 0;
    setValueInRange<const QDate &, QtDatePropertyManagerPrivate, QtDatePropertyManager, const QDate>(this, d_ptr.data(),
                &QtDatePropertyManager::propertyChanged,
                &QtDatePropertyManager::valueChanged,
                property, val, setSubPropertyValue);
}

/*!
    Sets the minimum value for the given \a property to \a minVal.

    When setting the minimum value, the maximum and current values are
    adjusted if necessary (ensuring that the range remains valid and
    that the current value is within in the range).

    \sa minimum(), setRange()
*/
void QtDatePropertyManager::setMinimum(QtProperty *property, const QDate &minVal)
{
    setMinimumValue<const QDate &, QtDatePropertyManagerPrivate, QtDatePropertyManager, QDate, QtDatePropertyManagerPrivate::Data>(this, d_ptr.data(),
                &QtDatePropertyManager::propertyChanged,
                &QtDatePropertyManager::valueChanged,
                &QtDatePropertyManager::rangeChanged,
                property, minVal);
}

/*!
    Sets the maximum value for the given \a property to \a maxVal.

    When setting the maximum value, the minimum and current
    values are adjusted if necessary (ensuring that the range remains
    valid and that the current value is within in the range).

    \sa maximum(), setRange()
*/
void QtDatePropertyManager::setMaximum(QtProperty *property, const QDate &maxVal)
{
    setMaximumValue<const QDate &, QtDatePropertyManagerPrivate, QtDatePropertyManager, QDate, QtDatePropertyManagerPrivate::Data>(this, d_ptr.data(),
                &QtDatePropertyManager::propertyChanged,
                &QtDatePropertyManager::valueChanged,
                &QtDatePropertyManager::rangeChanged,
                property, maxVal);
}

/*!
    \fn void QtDatePropertyManager::setRange(QtProperty *property, const QDate &minimum, const QDate &maximum)

    Sets the range of valid dates.

    This is a convenience function defining the range of valid dates
    in one go; setting the \a minimum and \a maximum values for the
    given \a property with a single function call.

    When setting a new date range, the current value is adjusted if
    necessary (ensuring that the value remains in date range).

    \sa setMinimum(), setMaximum(), rangeChanged()
*/
void QtDatePropertyManager::setRange(QtProperty *property, const QDate &minVal, const QDate &maxVal)
{
    void (QtDatePropertyManagerPrivate::*setSubPropertyRange)(QtProperty *, const QDate &,
          const QDate &, const QDate &) = 0;
    setBorderValues<const QDate &, QtDatePropertyManagerPrivate, QtDatePropertyManager, QDate>(this, d_ptr.data(),
                &QtDatePropertyManager::propertyChanged,
                &QtDatePropertyManager::valueChanged,
                &QtDatePropertyManager::rangeChanged,
                property, minVal, maxVal, setSubPropertyRange);
}

/*!
    \reimp
*/
void QtDatePropertyManager::initializeProperty(QtProperty *property)
{
    d_ptr->m_values[property] = QtDatePropertyManagerPrivate::Data();
}

/*!
    \reimp
*/
void QtDatePropertyManager::uninitializeProperty(QtProperty *property)
{
    d_ptr->m_values.remove(property);
}

// QtTimePropertyManager

class QtTimePropertyManagerPrivate
{
    QtTimePropertyManager *q_ptr;
    Q_DECLARE_PUBLIC(QtTimePropertyManager)
public:
    explicit QtTimePropertyManagerPrivate(QtTimePropertyManager *q);

    const QString m_format;

    typedef QMap<const QtProperty *, QTime> PropertyValueMap;
    PropertyValueMap m_values;
};

QtTimePropertyManagerPrivate::QtTimePropertyManagerPrivate(QtTimePropertyManager *q) :
    q_ptr(q),
    m_format(QtPropertyBrowserUtils::timeFormat())
{
}

/*!
    \class QtTimePropertyManager
    \internal
    \inmodule QtDesigner
    \since 4.4

    \brief The QtTimePropertyManager provides and manages QTime properties.

    A time property's value can be retrieved using the value()
    function, and set using the setValue() slot.

    In addition, QtTimePropertyManager provides the valueChanged() signal
    which is emitted whenever a property created by this manager
    changes.

    \sa QtAbstractPropertyManager, QtTimeEditFactory
*/

/*!
    \fn void QtTimePropertyManager::valueChanged(QtProperty *property, const QTime &value)

    This signal is emitted whenever a property created by this manager
    changes its value, passing a pointer to the \a property and the
    new \a value as parameters.

    \sa setValue()
*/

/*!
    Creates a manager with the given \a parent.
*/
QtTimePropertyManager::QtTimePropertyManager(QObject *parent)
    : QtAbstractPropertyManager(parent), d_ptr(new QtTimePropertyManagerPrivate(this))
{
}

/*!
    Destroys this manager, and all the properties it has created.
*/
QtTimePropertyManager::~QtTimePropertyManager()
{
    clear();
}

/*!
    Returns the given \a property's value.

    If the given property is not managed by this manager, this
    function returns an invalid time object.

    \sa setValue()
*/
QTime QtTimePropertyManager::value(const QtProperty *property) const
{
    return d_ptr->m_values.value(property, QTime());
}

/*!
    \reimp
*/
QString QtTimePropertyManager::valueText(const QtProperty *property) const
{
   const QtTimePropertyManagerPrivate::PropertyValueMap::const_iterator it = d_ptr->m_values.constFind(property);
    if (it == d_ptr->m_values.constEnd())
        return QString();
    return it.value().toString(d_ptr->m_format);
}

/*!
    \fn void QtTimePropertyManager::setValue(QtProperty *property, const QTime &value)

    Sets the value of the given \a property to \a value.

    \sa value(), valueChanged()
*/
void QtTimePropertyManager::setValue(QtProperty *property, const QTime &val)
{
    setSimpleValue<const QTime &, QTime, QtTimePropertyManager>(d_ptr->m_values, this,
                &QtTimePropertyManager::propertyChanged,
                &QtTimePropertyManager::valueChanged,
                property, val);
}

/*!
    \reimp
*/
void QtTimePropertyManager::initializeProperty(QtProperty *property)
{
    d_ptr->m_values[property] = QTime::currentTime();
}

/*!
    \reimp
*/
void QtTimePropertyManager::uninitializeProperty(QtProperty *property)
{
    d_ptr->m_values.remove(property);
}

// QtDateTimePropertyManager

class QtDateTimePropertyManagerPrivate
{
    QtDateTimePropertyManager *q_ptr;
    Q_DECLARE_PUBLIC(QtDateTimePropertyManager)
public:
    explicit QtDateTimePropertyManagerPrivate(QtDateTimePropertyManager *q);

    const QString m_format;

    typedef QMap<const QtProperty *, QDateTime> PropertyValueMap;
    PropertyValueMap m_values;
};

QtDateTimePropertyManagerPrivate::QtDateTimePropertyManagerPrivate(QtDateTimePropertyManager *q) :
    q_ptr(q),
    m_format(QtPropertyBrowserUtils::dateTimeFormat())
{
}

/*! \class QtDateTimePropertyManager
    \internal
    \inmodule QtDesigner
    \since 4.4

    \brief The QtDateTimePropertyManager provides and manages QDateTime properties.

    A date and time property has a current value which can be
    retrieved using the value() function, and set using the setValue()
    slot. In addition, QtDateTimePropertyManager provides the
    valueChanged() signal which is emitted whenever a property created
    by this manager changes.

    \sa QtAbstractPropertyManager, QtDateTimeEditFactory, QtDatePropertyManager
*/

/*!
    \fn void QtDateTimePropertyManager::valueChanged(QtProperty *property, const QDateTime &value)

    This signal is emitted whenever a property created by this manager
    changes its value, passing a pointer to the \a property and the new
    \a value as parameters.
*/

/*!
    Creates a manager with the given \a parent.
*/
QtDateTimePropertyManager::QtDateTimePropertyManager(QObject *parent)
    : QtAbstractPropertyManager(parent), d_ptr(new QtDateTimePropertyManagerPrivate(this))
{
}

/*!
    Destroys this manager, and all the properties it has created.
*/
QtDateTimePropertyManager::~QtDateTimePropertyManager()
{
    clear();
}

/*!
    Returns the given \a property's value.

    If the given \a property is not managed by this manager, this
    function returns an invalid QDateTime object.

    \sa setValue()
*/
QDateTime QtDateTimePropertyManager::value(const QtProperty *property) const
{
    return d_ptr->m_values.value(property, QDateTime());
}

/*!
    \reimp
*/
QString QtDateTimePropertyManager::valueText(const QtProperty *property) const
{
   const QtDateTimePropertyManagerPrivate::PropertyValueMap::const_iterator it = d_ptr->m_values.constFind(property);
    if (it == d_ptr->m_values.constEnd())
        return QString();
    return it.value().toString(d_ptr->m_format);
}

/*!
    \fn void QtDateTimePropertyManager::setValue(QtProperty *property, const QDateTime &value)

    Sets the value of the given \a property to \a value.

    \sa value(), valueChanged()
*/
void QtDateTimePropertyManager::setValue(QtProperty *property, const QDateTime &val)
{
    setSimpleValue<const QDateTime &, QDateTime, QtDateTimePropertyManager>(d_ptr->m_values, this,
                &QtDateTimePropertyManager::propertyChanged,
                &QtDateTimePropertyManager::valueChanged,
                property, val);
}

/*!
    \reimp
*/
void QtDateTimePropertyManager::initializeProperty(QtProperty *property)
{
    d_ptr->m_values[property] = QDateTime::currentDateTime();
}

/*!
    \reimp
*/
void QtDateTimePropertyManager::uninitializeProperty(QtProperty *property)
{
    d_ptr->m_values.remove(property);
}

// QtKeySequencePropertyManager

class QtKeySequencePropertyManagerPrivate
{
    QtKeySequencePropertyManager *q_ptr;
    Q_DECLARE_PUBLIC(QtKeySequencePropertyManager)
public:

    QString m_format;

    typedef QMap<const QtProperty *, QKeySequence> PropertyValueMap;
    PropertyValueMap m_values;
};

/*! \class QtKeySequencePropertyManager
    \internal
    \inmodule QtDesigner
    \since 4.4

    \brief The QtKeySequencePropertyManager provides and manages QKeySequence properties.

    A key sequence's value can be retrieved using the value()
    function, and set using the setValue() slot.

    In addition, QtKeySequencePropertyManager provides the valueChanged() signal
    which is emitted whenever a property created by this manager
    changes.

    \sa QtAbstractPropertyManager
*/

/*!
    \fn void QtKeySequencePropertyManager::valueChanged(QtProperty *property, const QKeySequence &value)

    This signal is emitted whenever a property created by this manager
    changes its value, passing a pointer to the \a property and the new
    \a value as parameters.
*/

/*!
    Creates a manager with the given \a parent.
*/
QtKeySequencePropertyManager::QtKeySequencePropertyManager(QObject *parent)
    : QtAbstractPropertyManager(parent), d_ptr(new QtKeySequencePropertyManagerPrivate)
{
    d_ptr->q_ptr = this;
}

/*!
    Destroys this manager, and all the properties it has created.
*/
QtKeySequencePropertyManager::~QtKeySequencePropertyManager()
{
    clear();
}

/*!
    Returns the given \a property's value.

    If the given \a property is not managed by this manager, this
    function returns an empty QKeySequence object.

    \sa setValue()
*/
QKeySequence QtKeySequencePropertyManager::value(const QtProperty *property) const
{
    return d_ptr->m_values.value(property, QKeySequence());
}

/*!
    \reimp
*/
QString QtKeySequencePropertyManager::valueText(const QtProperty *property) const
{
    const QtKeySequencePropertyManagerPrivate::PropertyValueMap::const_iterator it = d_ptr->m_values.constFind(property);
    if (it == d_ptr->m_values.constEnd())
        return QString();
    return it.value().toString(QKeySequence::NativeText);
}

/*!
    \fn void QtKeySequencePropertyManager::setValue(QtProperty *property, const QKeySequence &value)

    Sets the value of the given \a property to \a value.

    \sa value(), valueChanged()
*/
void QtKeySequencePropertyManager::setValue(QtProperty *property, const QKeySequence &val)
{
    setSimpleValue<const QKeySequence &, QKeySequence, QtKeySequencePropertyManager>(d_ptr->m_values, this,
                &QtKeySequencePropertyManager::propertyChanged,
                &QtKeySequencePropertyManager::valueChanged,
                property, val);
}

/*!
    \reimp
*/
void QtKeySequencePropertyManager::initializeProperty(QtProperty *property)
{
    d_ptr->m_values[property] = QKeySequence();
}

/*!
    \reimp
*/
void QtKeySequencePropertyManager::uninitializeProperty(QtProperty *property)
{
    d_ptr->m_values.remove(property);
}

// QtCharPropertyManager

class QtCharPropertyManagerPrivate
{
    QtCharPropertyManager *q_ptr;
    Q_DECLARE_PUBLIC(QtCharPropertyManager)
public:

    typedef QMap<const QtProperty *, QChar> PropertyValueMap;
    PropertyValueMap m_values;
};

/*! \class QtCharPropertyManager
    \internal
    \inmodule QtDesigner
    \since 4.4

    \brief The QtCharPropertyManager provides and manages QChar properties.

    A char's value can be retrieved using the value()
    function, and set using the setValue() slot.

    In addition, QtCharPropertyManager provides the valueChanged() signal
    which is emitted whenever a property created by this manager
    changes.

    \sa QtAbstractPropertyManager
*/

/*!
    \fn void QtCharPropertyManager::valueChanged(QtProperty *property, const QChar &value)

    This signal is emitted whenever a property created by this manager
    changes its value, passing a pointer to the \a property and the new
    \a value as parameters.
*/

/*!
    Creates a manager with the given \a parent.
*/
QtCharPropertyManager::QtCharPropertyManager(QObject *parent)
    : QtAbstractPropertyManager(parent), d_ptr(new QtCharPropertyManagerPrivate)
{
    d_ptr->q_ptr = this;
}

/*!
    Destroys this manager, and all the properties it has created.
*/
QtCharPropertyManager::~QtCharPropertyManager()
{
    clear();
}

/*!
    Returns the given \a property's value.

    If the given \a property is not managed by this manager, this
    function returns an null QChar object.

    \sa setValue()
*/
QChar QtCharPropertyManager::value(const QtProperty *property) const
{
    return d_ptr->m_values.value(property, QChar());
}

/*!
    \reimp
*/
QString QtCharPropertyManager::valueText(const QtProperty *property) const
{
   const QtCharPropertyManagerPrivate::PropertyValueMap::const_iterator it = d_ptr->m_values.constFind(property);
    if (it == d_ptr->m_values.constEnd())
        return QString();
    const QChar c = it.value();
    return c.isNull() ? QString() : QString(c);
}

/*!
    \fn void QtCharPropertyManager::setValue(QtProperty *property, const QChar &value)

    Sets the value of the given \a property to \a value.

    \sa value(), valueChanged()
*/
void QtCharPropertyManager::setValue(QtProperty *property, const QChar &val)
{
    setSimpleValue<const QChar &, QChar, QtCharPropertyManager>(d_ptr->m_values, this,
                &QtCharPropertyManager::propertyChanged,
                &QtCharPropertyManager::valueChanged,
                property, val);
}

/*!
    \reimp
*/
void QtCharPropertyManager::initializeProperty(QtProperty *property)
{
    d_ptr->m_values[property] = QChar();
}

/*!
    \reimp
*/
void QtCharPropertyManager::uninitializeProperty(QtProperty *property)
{
    d_ptr->m_values.remove(property);
}

// QtLocalePropertyManager

class QtLocalePropertyManagerPrivate
{
    QtLocalePropertyManager *q_ptr;
    Q_DECLARE_PUBLIC(QtLocalePropertyManager)
public:

    QtLocalePropertyManagerPrivate();

    void slotEnumChanged(QtProperty *property, int value);
    void slotPropertyDestroyed(QtProperty *property);

    typedef QMap<const QtProperty *, QLocale> PropertyValueMap;
    PropertyValueMap m_values;

    QtEnumPropertyManager *m_enumPropertyManager;

    QMap<const QtProperty *, QtProperty *> m_propertyToLanguage;
    QMap<const QtProperty *, QtProperty *> m_propertyToCountry;

    QMap<const QtProperty *, QtProperty *> m_languageToProperty;
    QMap<const QtProperty *, QtProperty *> m_countryToProperty;
};

QtLocalePropertyManagerPrivate::QtLocalePropertyManagerPrivate()
{
}

void QtLocalePropertyManagerPrivate::slotEnumChanged(QtProperty *property, int value)
{
    if (QtProperty *prop = m_languageToProperty.value(property, 0)) {
        const QLocale loc = m_values[prop];
        QLocale::Language newLanguage = loc.language();
        QLocale::Country newCountry = loc.country();
        metaEnumProvider()->indexToLocale(value, 0, &newLanguage, 0);
        QLocale newLoc(newLanguage, newCountry);
        q_ptr->setValue(prop, newLoc);
    } else if (QtProperty *prop = m_countryToProperty.value(property, 0)) {
        const QLocale loc = m_values[prop];
        QLocale::Language newLanguage = loc.language();
        QLocale::Country newCountry = loc.country();
        metaEnumProvider()->indexToLocale(m_enumPropertyManager->value(m_propertyToLanguage.value(prop)), value, &newLanguage, &newCountry);
        QLocale newLoc(newLanguage, newCountry);
        q_ptr->setValue(prop, newLoc);
    }
}

void QtLocalePropertyManagerPrivate::slotPropertyDestroyed(QtProperty *property)
{
    if (QtProperty *subProp = m_languageToProperty.value(property, 0)) {
        m_propertyToLanguage[subProp] = 0;
        m_languageToProperty.remove(property);
    } else if (QtProperty *subProp = m_countryToProperty.value(property, 0)) {
        m_propertyToCountry[subProp] = 0;
        m_countryToProperty.remove(property);
    }
}

/*!
    \class QtLocalePropertyManager
    \internal
    \inmodule QtDesigner
    \since 4.4

    \brief The QtLocalePropertyManager provides and manages QLocale properties.

    A locale property has nested \e language and \e country
    subproperties. The top-level property's value can be retrieved
    using the value() function, and set using the setValue() slot.

    The subproperties are created by QtEnumPropertyManager object.
    These submanager can be retrieved using the subEnumPropertyManager()
    function. In order to provide editing widgets for the subproperties
    in a property browser widget, this manager must be associated with editor factory.

    In addition, QtLocalePropertyManager provides the valueChanged()
    signal which is emitted whenever a property created by this
    manager changes.

    \sa QtAbstractPropertyManager, QtEnumPropertyManager
*/

/*!
    \fn void QtLocalePropertyManager::valueChanged(QtProperty *property, const QLocale &value)

    This signal is emitted whenever a property created by this manager
    changes its value, passing a pointer to the \a property and the
    new \a value as parameters.

    \sa setValue()
*/

/*!
    Creates a manager with the given \a parent.
*/
QtLocalePropertyManager::QtLocalePropertyManager(QObject *parent)
    : QtAbstractPropertyManager(parent), d_ptr(new QtLocalePropertyManagerPrivate)
{
    d_ptr->q_ptr = this;

    d_ptr->m_enumPropertyManager = new QtEnumPropertyManager(this);
    connect(d_ptr->m_enumPropertyManager, SIGNAL(valueChanged(QtProperty*,int)),
                this, SLOT(slotEnumChanged(QtProperty*,int)));

    connect(d_ptr->m_enumPropertyManager, SIGNAL(propertyDestroyed(QtProperty*)),
                this, SLOT(slotPropertyDestroyed(QtProperty*)));
}

/*!
    Destroys this manager, and all the properties it has created.
*/
QtLocalePropertyManager::~QtLocalePropertyManager()
{
    clear();
}

/*!
    Returns the manager that creates the nested \e language
    and \e country subproperties.

    In order to provide editing widgets for the mentioned subproperties
    in a property browser widget, this manager must be associated with
    an editor factory.

    \sa QtAbstractPropertyBrowser::setFactoryForManager()
*/
QtEnumPropertyManager *QtLocalePropertyManager::subEnumPropertyManager() const
{
    return d_ptr->m_enumPropertyManager;
}

/*!
    Returns the given \a property's value.

    If the given property is not managed by this manager, this
    function returns the default locale.

    \sa setValue()
*/
QLocale QtLocalePropertyManager::value(const QtProperty *property) const
{
    return d_ptr->m_values.value(property, QLocale());
}

/*!
    \reimp
*/
QString QtLocalePropertyManager::valueText(const QtProperty *property) const
{
    const QtLocalePropertyManagerPrivate::PropertyValueMap::const_iterator it = d_ptr->m_values.constFind(property);
    if (it == d_ptr->m_values.constEnd())
        return QString();

    const QLocale loc = it.value();

    int langIdx = 0;
    int countryIdx = 0;
    const QtMetaEnumProvider *me = metaEnumProvider();
    me->localeToIndex(loc.language(), loc.country(), &langIdx, &countryIdx);
    if (langIdx < 0) {
        qWarning("QtLocalePropertyManager::valueText: Unknown language %d", loc.language());
        return tr("<Invalid>");
    }
    const QString languageName = me->languageEnumNames().at(langIdx);
    if (countryIdx < 0) {
        qWarning("QtLocalePropertyManager::valueText: Unknown country %d for %s", loc.country(), qPrintable(languageName));
        return languageName;
    }
    const QString countryName = me->countryEnumNames(loc.language()).at(countryIdx);
    return tr("%1, %2").arg(languageName, countryName);
}

/*!
    \fn void QtLocalePropertyManager::setValue(QtProperty *property, const QLocale &value)

    Sets the value of the given \a property to \a value. Nested
    properties are updated automatically.

    \sa value(), valueChanged()
*/
void QtLocalePropertyManager::setValue(QtProperty *property, const QLocale &val)
{
    const QtLocalePropertyManagerPrivate::PropertyValueMap::iterator it = d_ptr->m_values.find(property);
    if (it == d_ptr->m_values.end())
        return;

    const QLocale loc = it.value();
    if (loc == val)
        return;

    it.value() = val;

    int langIdx = 0;
    int countryIdx = 0;
    metaEnumProvider()->localeToIndex(val.language(), val.country(), &langIdx, &countryIdx);
    if (loc.language() != val.language()) {
        d_ptr->m_enumPropertyManager->setValue(d_ptr->m_propertyToLanguage.value(property), langIdx);
        d_ptr->m_enumPropertyManager->setEnumNames(d_ptr->m_propertyToCountry.value(property),
                    metaEnumProvider()->countryEnumNames(val.language()));
    }
    d_ptr->m_enumPropertyManager->setValue(d_ptr->m_propertyToCountry.value(property), countryIdx);

    emit propertyChanged(property);
    emit valueChanged(property, val);
}

/*!
    \reimp
*/
void QtLocalePropertyManager::initializeProperty(QtProperty *property)
{
    QLocale val;
    d_ptr->m_values[property] = val;

    int langIdx = 0;
    int countryIdx = 0;
    metaEnumProvider()->localeToIndex(val.language(), val.country(), &langIdx, &countryIdx);

    QtProperty *languageProp = d_ptr->m_enumPropertyManager->addProperty();
    languageProp->setPropertyName(tr("Language"));
    d_ptr->m_enumPropertyManager->setEnumNames(languageProp, metaEnumProvider()->languageEnumNames());
    d_ptr->m_enumPropertyManager->setValue(languageProp, langIdx);
    d_ptr->m_propertyToLanguage[property] = languageProp;
    d_ptr->m_languageToProperty[languageProp] = property;
    property->addSubProperty(languageProp);

    QtProperty *countryProp = d_ptr->m_enumPropertyManager->addProperty();
    countryProp->setPropertyName(tr("Country"));
    d_ptr->m_enumPropertyManager->setEnumNames(countryProp, metaEnumProvider()->countryEnumNames(val.language()));
    d_ptr->m_enumPropertyManager->setValue(countryProp, countryIdx);
    d_ptr->m_propertyToCountry[property] = countryProp;
    d_ptr->m_countryToProperty[countryProp] = property;
    property->addSubProperty(countryProp);
}

/*!
    \reimp
*/
void QtLocalePropertyManager::uninitializeProperty(QtProperty *property)
{
    QtProperty *languageProp = d_ptr->m_propertyToLanguage[property];
    if (languageProp) {
        d_ptr->m_languageToProperty.remove(languageProp);
        delete languageProp;
    }
    d_ptr->m_propertyToLanguage.remove(property);

    QtProperty *countryProp = d_ptr->m_propertyToCountry[property];
    if (countryProp) {
        d_ptr->m_countryToProperty.remove(countryProp);
        delete countryProp;
    }
    d_ptr->m_propertyToCountry.remove(property);

    d_ptr->m_values.remove(property);
}

// QtPointPropertyManager

class QtPointPropertyManagerPrivate
{
    QtPointPropertyManager *q_ptr;
    Q_DECLARE_PUBLIC(QtPointPropertyManager)
public:

    void slotIntChanged(QtProperty *property, int value);
    void slotPropertyDestroyed(QtProperty *property);

    typedef QMap<const QtProperty *, QPoint> PropertyValueMap;
    PropertyValueMap m_values;

    QtIntPropertyManager *m_intPropertyManager;

    QMap<const QtProperty *, QtProperty *> m_propertyToX;
    QMap<const QtProperty *, QtProperty *> m_propertyToY;

    QMap<const QtProperty *, QtProperty *> m_xToProperty;
    QMap<const QtProperty *, QtProperty *> m_yToProperty;
};

void QtPointPropertyManagerPrivate::slotIntChanged(QtProperty *property, int value)
{
    if (QtProperty *xprop = m_xToProperty.value(property, 0)) {
        QPoint p = m_values[xprop];
        p.setX(value);
        q_ptr->setValue(xprop, p);
    } else if (QtProperty *yprop = m_yToProperty.value(property, 0)) {
        QPoint p = m_values[yprop];
        p.setY(value);
        q_ptr->setValue(yprop, p);
    }
}

void QtPointPropertyManagerPrivate::slotPropertyDestroyed(QtProperty *property)
{
    if (QtProperty *pointProp = m_xToProperty.value(property, 0)) {
        m_propertyToX[pointProp] = 0;
        m_xToProperty.remove(property);
    } else if (QtProperty *pointProp = m_yToProperty.value(property, 0)) {
        m_propertyToY[pointProp] = 0;
        m_yToProperty.remove(property);
    }
}

/*! \class QtPointPropertyManager
    \internal
    \inmodule QtDesigner
    \since 4.4

    \brief The QtPointPropertyManager provides and manages QPoint properties.

    A point property has nested \e x and \e y subproperties. The
    top-level property's value can be retrieved using the value()
    function, and set using the setValue() slot.

    The subproperties are created by a QtIntPropertyManager object. This
    manager can be retrieved using the subIntPropertyManager() function. In
    order to provide editing widgets for the subproperties in a
    property browser widget, this manager must be associated with an
    editor factory.

    In addition, QtPointPropertyManager provides the valueChanged() signal which
    is emitted whenever a property created by this manager changes.

    \sa QtAbstractPropertyManager, QtIntPropertyManager, QtPointFPropertyManager
*/

/*!
    \fn void QtPointPropertyManager::valueChanged(QtProperty *property, const QPoint &value)

    This signal is emitted whenever a property created by this manager
    changes its value, passing a pointer to the \a property and the
    new \a value as parameters.

    \sa setValue()
*/

/*!
    Creates a manager with the given \a parent.
*/
QtPointPropertyManager::QtPointPropertyManager(QObject *parent)
    : QtAbstractPropertyManager(parent), d_ptr(new QtPointPropertyManagerPrivate)
{
    d_ptr->q_ptr = this;

    d_ptr->m_intPropertyManager = new QtIntPropertyManager(this);
    connect(d_ptr->m_intPropertyManager, SIGNAL(valueChanged(QtProperty*,int)),
                this, SLOT(slotIntChanged(QtProperty*,int)));
    connect(d_ptr->m_intPropertyManager, SIGNAL(propertyDestroyed(QtProperty*)),
                this, SLOT(slotPropertyDestroyed(QtProperty*)));
}

/*!
    Destroys this manager, and all the properties it has created.
*/
QtPointPropertyManager::~QtPointPropertyManager()
{
    clear();
}

/*!
    Returns the manager that creates the nested \e x and \e y
    subproperties.

    In order to provide editing widgets for the subproperties in a
    property browser widget, this manager must be associated with an
    editor factory.

    \sa QtAbstractPropertyBrowser::setFactoryForManager()
*/
QtIntPropertyManager *QtPointPropertyManager::subIntPropertyManager() const
{
    return d_ptr->m_intPropertyManager;
}

/*!
    Returns the given \a property's value.

    If the given \a property is not managed by this manager, this
    function returns a point with coordinates (0, 0).

    \sa setValue()
*/
QPoint QtPointPropertyManager::value(const QtProperty *property) const
{
    return d_ptr->m_values.value(property, QPoint());
}

/*!
    \reimp
*/
QString QtPointPropertyManager::valueText(const QtProperty *property) const
{
    const QtPointPropertyManagerPrivate::PropertyValueMap::const_iterator it = d_ptr->m_values.constFind(property);
    if (it == d_ptr->m_values.constEnd())
        return QString();
    const QPoint v = it.value();
    return tr("(%1, %2)").arg(QString::number(v.x()))
                         .arg(QString::number(v.y()));
}

/*!
    \fn void QtPointPropertyManager::setValue(QtProperty *property, const QPoint &value)

    Sets the value of the given \a property to \a value. Nested
    properties are updated automatically.

    \sa value(), valueChanged()
*/
void QtPointPropertyManager::setValue(QtProperty *property, const QPoint &val)
{
    const QtPointPropertyManagerPrivate::PropertyValueMap::iterator it = d_ptr->m_values.find(property);
    if (it == d_ptr->m_values.end())
        return;

    if (it.value() == val)
        return;

    it.value() = val;
    d_ptr->m_intPropertyManager->setValue(d_ptr->m_propertyToX[property], val.x());
    d_ptr->m_intPropertyManager->setValue(d_ptr->m_propertyToY[property], val.y());

    emit propertyChanged(property);
    emit valueChanged(property, val);
}

/*!
    \reimp
*/
void QtPointPropertyManager::initializeProperty(QtProperty *property)
{
    d_ptr->m_values[property] = QPoint(0, 0);

    QtProperty *xProp = d_ptr->m_intPropertyManager->addProperty();
    xProp->setPropertyName(tr("X"));
    d_ptr->m_intPropertyManager->setValue(xProp, 0);
    d_ptr->m_propertyToX[property] = xProp;
    d_ptr->m_xToProperty[xProp] = property;
    property->addSubProperty(xProp);

    QtProperty *yProp = d_ptr->m_intPropertyManager->addProperty();
    yProp->setPropertyName(tr("Y"));
    d_ptr->m_intPropertyManager->setValue(yProp, 0);
    d_ptr->m_propertyToY[property] = yProp;
    d_ptr->m_yToProperty[yProp] = property;
    property->addSubProperty(yProp);
}

/*!
    \reimp
*/
void QtPointPropertyManager::uninitializeProperty(QtProperty *property)
{
    QtProperty *xProp = d_ptr->m_propertyToX[property];
    if (xProp) {
        d_ptr->m_xToProperty.remove(xProp);
        delete xProp;
    }
    d_ptr->m_propertyToX.remove(property);

    QtProperty *yProp = d_ptr->m_propertyToY[property];
    if (yProp) {
        d_ptr->m_yToProperty.remove(yProp);
        delete yProp;
    }
    d_ptr->m_propertyToY.remove(property);

    d_ptr->m_values.remove(property);
}

// QtPointFPropertyManager

class QtPointFPropertyManagerPrivate
{
    QtPointFPropertyManager *q_ptr;
    Q_DECLARE_PUBLIC(QtPointFPropertyManager)
public:

    struct Data
    {
        Data() : decimals(2) {}
        QPointF val;
        int decimals;
    };

    void slotDoubleChanged(QtProperty *property, double value);
    void slotPropertyDestroyed(QtProperty *property);

    typedef QMap<const QtProperty *, Data> PropertyValueMap;
    PropertyValueMap m_values;

    QtDoublePropertyManager *m_doublePropertyManager;

    QMap<const QtProperty *, QtProperty *> m_propertyToX;
    QMap<const QtProperty *, QtProperty *> m_propertyToY;

    QMap<const QtProperty *, QtProperty *> m_xToProperty;
    QMap<const QtProperty *, QtProperty *> m_yToProperty;
};

void QtPointFPropertyManagerPrivate::slotDoubleChanged(QtProperty *property, double value)
{
    if (QtProperty *prop = m_xToProperty.value(property, 0)) {
        QPointF p = m_values[prop].val;
        p.setX(value);
        q_ptr->setValue(prop, p);
    } else if (QtProperty *prop = m_yToProperty.value(property, 0)) {
        QPointF p = m_values[prop].val;
        p.setY(value);
        q_ptr->setValue(prop, p);
    }
}

void QtPointFPropertyManagerPrivate::slotPropertyDestroyed(QtProperty *property)
{
    if (QtProperty *pointProp  = m_xToProperty.value(property, 0)) {
        m_propertyToX[pointProp] = 0;
        m_xToProperty.remove(property);
    } else if (QtProperty *pointProp = m_yToProperty.value(property, 0)) {
        m_propertyToY[pointProp] = 0;
        m_yToProperty.remove(property);
    }
}

/*! \class QtPointFPropertyManager
    \internal
    \inmodule QtDesigner
    \since 4.4

    \brief The QtPointFPropertyManager provides and manages QPointF properties.

    A point property has nested \e x and \e y subproperties. The
    top-level property's value can be retrieved using the value()
    function, and set using the setValue() slot.

    The subproperties are created by a QtDoublePropertyManager object. This
    manager can be retrieved using the subDoublePropertyManager() function. In
    order to provide editing widgets for the subproperties in a
    property browser widget, this manager must be associated with an
    editor factory.

    In addition, QtPointFPropertyManager provides the valueChanged() signal which
    is emitted whenever a property created by this manager changes.

    \sa QtAbstractPropertyManager, QtDoublePropertyManager, QtPointPropertyManager
*/

/*!
    \fn void QtPointFPropertyManager::valueChanged(QtProperty *property, const QPointF &value)

    This signal is emitted whenever a property created by this manager
    changes its value, passing a pointer to the \a property and the
    new \a value as parameters.

    \sa setValue()
*/

/*!
    \fn void QtPointFPropertyManager::decimalsChanged(QtProperty *property, int prec)

    This signal is emitted whenever a property created by this manager
    changes its precision of value, passing a pointer to the
    \a property and the new \a prec value

    \sa setDecimals()
*/

/*!
    Creates a manager with the given \a parent.
*/
QtPointFPropertyManager::QtPointFPropertyManager(QObject *parent)
    : QtAbstractPropertyManager(parent), d_ptr(new QtPointFPropertyManagerPrivate)
{
    d_ptr->q_ptr = this;

    d_ptr->m_doublePropertyManager = new QtDoublePropertyManager(this);
    connect(d_ptr->m_doublePropertyManager, SIGNAL(valueChanged(QtProperty*,double)),
                this, SLOT(slotDoubleChanged(QtProperty*,double)));
    connect(d_ptr->m_doublePropertyManager, SIGNAL(propertyDestroyed(QtProperty*)),
                this, SLOT(slotPropertyDestroyed(QtProperty*)));
}

/*!
    Destroys this manager, and all the properties it has created.
*/
QtPointFPropertyManager::~QtPointFPropertyManager()
{
    clear();
}

/*!
    Returns the manager that creates the nested \e x and \e y
    subproperties.

    In order to provide editing widgets for the subproperties in a
    property browser widget, this manager must be associated with an
    editor factory.

    \sa QtAbstractPropertyBrowser::setFactoryForManager()
*/
QtDoublePropertyManager *QtPointFPropertyManager::subDoublePropertyManager() const
{
    return d_ptr->m_doublePropertyManager;
}

/*!
    Returns the given \a property's value.

    If the given \a property is not managed by this manager, this
    function returns a point with coordinates (0, 0).

    \sa setValue()
*/
QPointF QtPointFPropertyManager::value(const QtProperty *property) const
{
    return getValue<QPointF>(d_ptr->m_values, property);
}

/*!
    Returns the given \a property's precision, in decimals.

    \sa setDecimals()
*/
int QtPointFPropertyManager::decimals(const QtProperty *property) const
{
    return getData<int>(d_ptr->m_values, &QtPointFPropertyManagerPrivate::Data::decimals, property, 0);
}

/*!
    \reimp
*/
QString QtPointFPropertyManager::valueText(const QtProperty *property) const
{
    const QtPointFPropertyManagerPrivate::PropertyValueMap::const_iterator it = d_ptr->m_values.constFind(property);
    if (it == d_ptr->m_values.constEnd())
        return QString();
    const QPointF v = it.value().val;
    const int dec =  it.value().decimals;
    return tr("(%1, %2)").arg(QString::number(v.x(), 'f', dec))
                         .arg(QString::number(v.y(), 'f', dec));
}

/*!
    \fn void QtPointFPropertyManager::setValue(QtProperty *property, const QPointF &value)

    Sets the value of the given \a property to \a value. Nested
    properties are updated automatically.

    \sa value(), valueChanged()
*/
void QtPointFPropertyManager::setValue(QtProperty *property, const QPointF &val)
{
    const QtPointFPropertyManagerPrivate::PropertyValueMap::iterator it = d_ptr->m_values.find(property);
    if (it == d_ptr->m_values.end())
        return;

    if (it.value().val == val)
        return;

    it.value().val = val;
    d_ptr->m_doublePropertyManager->setValue(d_ptr->m_propertyToX[property], val.x());
    d_ptr->m_doublePropertyManager->setValue(d_ptr->m_propertyToY[property], val.y());

    emit propertyChanged(property);
    emit valueChanged(property, val);
}

/*!
    \fn void QtPointFPropertyManager::setDecimals(QtProperty *property, int prec)

    Sets the precision of the given \a property to \a prec.

    The valid decimal range is 0-13. The default is 2.

    \sa decimals()
*/
void QtPointFPropertyManager::setDecimals(QtProperty *property, int prec)
{
    const QtPointFPropertyManagerPrivate::PropertyValueMap::iterator it = d_ptr->m_values.find(property);
    if (it == d_ptr->m_values.end())
        return;

    QtPointFPropertyManagerPrivate::Data data = it.value();

    if (prec > 13)
        prec = 13;
    else if (prec < 0)
        prec = 0;

    if (data.decimals == prec)
        return;

    data.decimals = prec;
    d_ptr->m_doublePropertyManager->setDecimals(d_ptr->m_propertyToX[property], prec);
    d_ptr->m_doublePropertyManager->setDecimals(d_ptr->m_propertyToY[property], prec);

    it.value() = data;

    emit decimalsChanged(property, data.decimals);
}

/*!
    \reimp
*/
void QtPointFPropertyManager::initializeProperty(QtProperty *property)
{
    d_ptr->m_values[property] = QtPointFPropertyManagerPrivate::Data();

    QtProperty *xProp = d_ptr->m_doublePropertyManager->addProperty();
    xProp->setPropertyName(tr("X"));
    d_ptr->m_doublePropertyManager->setDecimals(xProp, decimals(property));
    d_ptr->m_doublePropertyManager->setValue(xProp, 0);
    d_ptr->m_propertyToX[property] = xProp;
    d_ptr->m_xToProperty[xProp] = property;
    property->addSubProperty(xProp);

    QtProperty *yProp = d_ptr->m_doublePropertyManager->addProperty();
    yProp->setPropertyName(tr("Y"));
    d_ptr->m_doublePropertyManager->setDecimals(yProp, decimals(property));
    d_ptr->m_doublePropertyManager->setValue(yProp, 0);
    d_ptr->m_propertyToY[property] = yProp;
    d_ptr->m_yToProperty[yProp] = property;
    property->addSubProperty(yProp);
}

/*!
    \reimp
*/
void QtPointFPropertyManager::uninitializeProperty(QtProperty *property)
{
    QtProperty *xProp = d_ptr->m_propertyToX[property];
    if (xProp) {
        d_ptr->m_xToProperty.remove(xProp);
        delete xProp;
    }
    d_ptr->m_propertyToX.remove(property);

    QtProperty *yProp = d_ptr->m_propertyToY[property];
    if (yProp) {
        d_ptr->m_yToProperty.remove(yProp);
        delete yProp;
    }
    d_ptr->m_propertyToY.remove(property);

    d_ptr->m_values.remove(property);
}

// QtSizePropertyManager

class QtSizePropertyManagerPrivate
{
    QtSizePropertyManager *q_ptr;
    Q_DECLARE_PUBLIC(QtSizePropertyManager)
public:

    void slotIntChanged(QtProperty *property, int value);
    void slotPropertyDestroyed(QtProperty *property);
    void setValue(QtProperty *property, const QSize &val);
    void setRange(QtProperty *property,
                const QSize &minVal, const QSize &maxVal, const QSize &val);

    struct Data
    {
        Data() : val(QSize(0, 0)), minVal(QSize(0, 0)), maxVal(QSize(INT_MAX, INT_MAX)) {}
        QSize val;
        QSize minVal;
        QSize maxVal;
        QSize minimumValue() const { return minVal; }
        QSize maximumValue() const { return maxVal; }
        void setMinimumValue(const QSize &newMinVal) { setSizeMinimumData(this, newMinVal); }
        void setMaximumValue(const QSize &newMaxVal) { setSizeMaximumData(this, newMaxVal); }
    };

    typedef QMap<const QtProperty *, Data> PropertyValueMap;
    PropertyValueMap m_values;

    QtIntPropertyManager *m_intPropertyManager;

    QMap<const QtProperty *, QtProperty *> m_propertyToW;
    QMap<const QtProperty *, QtProperty *> m_propertyToH;

    QMap<const QtProperty *, QtProperty *> m_wToProperty;
    QMap<const QtProperty *, QtProperty *> m_hToProperty;
};

void QtSizePropertyManagerPrivate::slotIntChanged(QtProperty *property, int value)
{
    if (QtProperty *prop = m_wToProperty.value(property, 0)) {
        QSize s = m_values[prop].val;
        s.setWidth(value);
        q_ptr->setValue(prop, s);
    } else if (QtProperty *prop = m_hToProperty.value(property, 0)) {
        QSize s = m_values[prop].val;
        s.setHeight(value);
        q_ptr->setValue(prop, s);
    }
}

void QtSizePropertyManagerPrivate::slotPropertyDestroyed(QtProperty *property)
{
    if (QtProperty *pointProp = m_wToProperty.value(property, 0)) {
        m_propertyToW[pointProp] = 0;
        m_wToProperty.remove(property);
    } else if (QtProperty *pointProp = m_hToProperty.value(property, 0)) {
        m_propertyToH[pointProp] = 0;
        m_hToProperty.remove(property);
    }
}

void QtSizePropertyManagerPrivate::setValue(QtProperty *property, const QSize &val)
{
    m_intPropertyManager->setValue(m_propertyToW.value(property), val.width());
    m_intPropertyManager->setValue(m_propertyToH.value(property), val.height());
}

void QtSizePropertyManagerPrivate::setRange(QtProperty *property,
                const QSize &minVal, const QSize &maxVal, const QSize &val)
{
    QtProperty *wProperty = m_propertyToW.value(property);
    QtProperty *hProperty = m_propertyToH.value(property);
    m_intPropertyManager->setRange(wProperty, minVal.width(), maxVal.width());
    m_intPropertyManager->setValue(wProperty, val.width());
    m_intPropertyManager->setRange(hProperty, minVal.height(), maxVal.height());
    m_intPropertyManager->setValue(hProperty, val.height());
}

/*!
    \class QtSizePropertyManager
    \internal
    \inmodule QtDesigner
    \since 4.4

    \brief The QtSizePropertyManager provides and manages QSize properties.

    A size property has nested \e width and \e height
    subproperties. The top-level property's value can be retrieved
    using the value() function, and set using the setValue() slot.

    The subproperties are created by a QtIntPropertyManager object. This
    manager can be retrieved using the subIntPropertyManager() function. In
    order to provide editing widgets for the subproperties in a
    property browser widget, this manager must be associated with an
    editor factory.

    A size property also has a range of valid values defined by a
    minimum size and a maximum size. These sizes can be retrieved
    using the minimum() and the maximum() functions, and set using the
    setMinimum() and setMaximum() slots. Alternatively, the range can
    be defined in one go using the setRange() slot.

    In addition, QtSizePropertyManager provides the valueChanged() signal
    which is emitted whenever a property created by this manager
    changes, and the rangeChanged() signal which is emitted whenever
    such a property changes its range of valid sizes.

    \sa QtAbstractPropertyManager, QtIntPropertyManager, QtSizeFPropertyManager
*/

/*!
    \fn void QtSizePropertyManager::valueChanged(QtProperty *property, const QSize &value)

    This signal is emitted whenever a property created by this manager
    changes its value, passing a pointer to the \a property and the new
    \a value as parameters.

    \sa setValue()
*/

/*!
    \fn void QtSizePropertyManager::rangeChanged(QtProperty *property, const QSize &minimum, const QSize &maximum)

    This signal is emitted whenever a property created by this manager
    changes its range of valid sizes, passing a pointer to the \a
    property and the new \a minimum and \a maximum sizes.

    \sa setRange()
*/

/*!
    Creates a manager with the given \a parent.
*/
QtSizePropertyManager::QtSizePropertyManager(QObject *parent)
    : QtAbstractPropertyManager(parent), d_ptr(new QtSizePropertyManagerPrivate)
{
    d_ptr->q_ptr = this;

    d_ptr->m_intPropertyManager = new QtIntPropertyManager(this);
    connect(d_ptr->m_intPropertyManager, SIGNAL(valueChanged(QtProperty*,int)),
                this, SLOT(slotIntChanged(QtProperty*,int)));
    connect(d_ptr->m_intPropertyManager, SIGNAL(propertyDestroyed(QtProperty*)),
                this, SLOT(slotPropertyDestroyed(QtProperty*)));
}

/*!
    Destroys this manager, and all the properties it has created.
*/
QtSizePropertyManager::~QtSizePropertyManager()
{
    clear();
}

/*!
    Returns the manager that creates the nested \e width and \e height
    subproperties.

    In order to provide editing widgets for the \e width and \e height
    properties in a property browser widget, this manager must be
    associated with an editor factory.

    \sa QtAbstractPropertyBrowser::setFactoryForManager()
*/
QtIntPropertyManager *QtSizePropertyManager::subIntPropertyManager() const
{
    return d_ptr->m_intPropertyManager;
}

/*!
    Returns the given \a property's value.

    If the given \a property is not managed by this manager, this
    function returns an invalid size

    \sa setValue()
*/
QSize QtSizePropertyManager::value(const QtProperty *property) const
{
    return getValue<QSize>(d_ptr->m_values, property);
}

/*!
    Returns the given \a property's minimum size value.

    \sa setMinimum(), maximum(), setRange()
*/
QSize QtSizePropertyManager::minimum(const QtProperty *property) const
{
    return getMinimum<QSize>(d_ptr->m_values, property);
}

/*!
    Returns the given \a property's maximum size value.

    \sa setMaximum(), minimum(), setRange()
*/
QSize QtSizePropertyManager::maximum(const QtProperty *property) const
{
    return getMaximum<QSize>(d_ptr->m_values, property);
}

/*!
    \reimp
*/
QString QtSizePropertyManager::valueText(const QtProperty *property) const
{
    const QtSizePropertyManagerPrivate::PropertyValueMap::const_iterator it = d_ptr->m_values.constFind(property);
    if (it == d_ptr->m_values.constEnd())
        return QString();
    const QSize v = it.value().val;
    return tr("%1 x %2").arg(QString::number(v.width()))
                        .arg(QString::number(v.height()));
}

/*!
    \fn void QtSizePropertyManager::setValue(QtProperty *property, const QSize &value)

    Sets the value of the given \a property to \a value.

    If the specified \a value is not valid according to the given \a
    property's size range, the \a value is adjusted to the nearest
    valid value within the size range.

    \sa value(), setRange(), valueChanged()
*/
void QtSizePropertyManager::setValue(QtProperty *property, const QSize &val)
{
    setValueInRange<const QSize &, QtSizePropertyManagerPrivate, QtSizePropertyManager, const QSize>(this, d_ptr.data(),
                &QtSizePropertyManager::propertyChanged,
                &QtSizePropertyManager::valueChanged,
                property, val, &QtSizePropertyManagerPrivate::setValue);
}

/*!
    Sets the minimum size value for the given \a property to \a minVal.

    When setting the minimum size value, the maximum and current
    values are adjusted if necessary (ensuring that the size range
    remains valid and that the current value is within the range).

    \sa minimum(), setRange(), rangeChanged()
*/
void QtSizePropertyManager::setMinimum(QtProperty *property, const QSize &minVal)
{
    setBorderValue<const QSize &, QtSizePropertyManagerPrivate, QtSizePropertyManager, QSize, QtSizePropertyManagerPrivate::Data>(this, d_ptr.data(),
                &QtSizePropertyManager::propertyChanged,
                &QtSizePropertyManager::valueChanged,
                &QtSizePropertyManager::rangeChanged,
                property,
                &QtSizePropertyManagerPrivate::Data::minimumValue,
                &QtSizePropertyManagerPrivate::Data::setMinimumValue,
                minVal, &QtSizePropertyManagerPrivate::setRange);
}

/*!
    Sets the maximum size value for the given \a property to \a maxVal.

    When setting the maximum size value, the minimum and current
    values are adjusted if necessary (ensuring that the size range
    remains valid and that the current value is within the range).

    \sa maximum(), setRange(), rangeChanged()
*/
void QtSizePropertyManager::setMaximum(QtProperty *property, const QSize &maxVal)
{
    setBorderValue<const QSize &, QtSizePropertyManagerPrivate, QtSizePropertyManager, QSize, QtSizePropertyManagerPrivate::Data>(this, d_ptr.data(),
                &QtSizePropertyManager::propertyChanged,
                &QtSizePropertyManager::valueChanged,
                &QtSizePropertyManager::rangeChanged,
                property,
                &QtSizePropertyManagerPrivate::Data::maximumValue,
                &QtSizePropertyManagerPrivate::Data::setMaximumValue,
                maxVal, &QtSizePropertyManagerPrivate::setRange);
}

/*!
    \fn void QtSizePropertyManager::setRange(QtProperty *property, const QSize &minimum, const QSize &maximum)

    Sets the range of valid values.

    This is a convenience function defining the range of valid values
    in one go; setting the \a minimum and \a maximum values for the
    given \a property with a single function call.

    When setting a new range, the current value is adjusted if
    necessary (ensuring that the value remains within the range).

    \sa  setMinimum(), setMaximum(), rangeChanged()
*/
void QtSizePropertyManager::setRange(QtProperty *property, const QSize &minVal, const QSize &maxVal)
{
    setBorderValues<const QSize &, QtSizePropertyManagerPrivate, QtSizePropertyManager, QSize>(this, d_ptr.data(),
                &QtSizePropertyManager::propertyChanged,
                &QtSizePropertyManager::valueChanged,
                &QtSizePropertyManager::rangeChanged,
                property, minVal, maxVal, &QtSizePropertyManagerPrivate::setRange);
}

/*!
    \reimp
*/
void QtSizePropertyManager::initializeProperty(QtProperty *property)
{
    d_ptr->m_values[property] = QtSizePropertyManagerPrivate::Data();

    QtProperty *wProp = d_ptr->m_intPropertyManager->addProperty();
    wProp->setPropertyName(tr("Width"));
    d_ptr->m_intPropertyManager->setValue(wProp, 0);
    d_ptr->m_intPropertyManager->setMinimum(wProp, 0);
    d_ptr->m_propertyToW[property] = wProp;
    d_ptr->m_wToProperty[wProp] = property;
    property->addSubProperty(wProp);

    QtProperty *hProp = d_ptr->m_intPropertyManager->addProperty();
    hProp->setPropertyName(tr("Height"));
    d_ptr->m_intPropertyManager->setValue(hProp, 0);
    d_ptr->m_intPropertyManager->setMinimum(hProp, 0);
    d_ptr->m_propertyToH[property] = hProp;
    d_ptr->m_hToProperty[hProp] = property;
    property->addSubProperty(hProp);
}

/*!
    \reimp
*/
void QtSizePropertyManager::uninitializeProperty(QtProperty *property)
{
    QtProperty *wProp = d_ptr->m_propertyToW[property];
    if (wProp) {
        d_ptr->m_wToProperty.remove(wProp);
        delete wProp;
    }
    d_ptr->m_propertyToW.remove(property);

    QtProperty *hProp = d_ptr->m_propertyToH[property];
    if (hProp) {
        d_ptr->m_hToProperty.remove(hProp);
        delete hProp;
    }
    d_ptr->m_propertyToH.remove(property);

    d_ptr->m_values.remove(property);
}

// QtSizeFPropertyManager

class QtSizeFPropertyManagerPrivate
{
    QtSizeFPropertyManager *q_ptr;
    Q_DECLARE_PUBLIC(QtSizeFPropertyManager)
public:

    void slotDoubleChanged(QtProperty *property, double value);
    void slotPropertyDestroyed(QtProperty *property);
    void setValue(QtProperty *property, const QSizeF &val);
    void setRange(QtProperty *property,
                const QSizeF &minVal, const QSizeF &maxVal, const QSizeF &val);

    struct Data
    {
        Data() : val(QSizeF(0, 0)), minVal(QSizeF(0, 0)), maxVal(QSizeF(INT_MAX, INT_MAX)), decimals(2) {}
        QSizeF val;
        QSizeF minVal;
        QSizeF maxVal;
        int decimals;
        QSizeF minimumValue() const { return minVal; }
        QSizeF maximumValue() const { return maxVal; }
        void setMinimumValue(const QSizeF &newMinVal) { setSizeMinimumData(this, newMinVal); }
        void setMaximumValue(const QSizeF &newMaxVal) { setSizeMaximumData(this, newMaxVal); }
    };

    typedef QMap<const QtProperty *, Data> PropertyValueMap;
    PropertyValueMap m_values;

    QtDoublePropertyManager *m_doublePropertyManager;

    QMap<const QtProperty *, QtProperty *> m_propertyToW;
    QMap<const QtProperty *, QtProperty *> m_propertyToH;

    QMap<const QtProperty *, QtProperty *> m_wToProperty;
    QMap<const QtProperty *, QtProperty *> m_hToProperty;
};

void QtSizeFPropertyManagerPrivate::slotDoubleChanged(QtProperty *property, double value)
{
    if (QtProperty *prop = m_wToProperty.value(property, 0)) {
        QSizeF s = m_values[prop].val;
        s.setWidth(value);
        q_ptr->setValue(prop, s);
    } else if (QtProperty *prop = m_hToProperty.value(property, 0)) {
        QSizeF s = m_values[prop].val;
        s.setHeight(value);
        q_ptr->setValue(prop, s);
    }
}

void QtSizeFPropertyManagerPrivate::slotPropertyDestroyed(QtProperty *property)
{
    if (QtProperty *pointProp = m_wToProperty.value(property, 0)) {
        m_propertyToW[pointProp] = 0;
        m_wToProperty.remove(property);
    } else if (QtProperty *pointProp = m_hToProperty.value(property, 0)) {
        m_propertyToH[pointProp] = 0;
        m_hToProperty.remove(property);
    }
}

void QtSizeFPropertyManagerPrivate::setValue(QtProperty *property, const QSizeF &val)
{
    m_doublePropertyManager->setValue(m_propertyToW.value(property), val.width());
    m_doublePropertyManager->setValue(m_propertyToH.value(property), val.height());
}

void QtSizeFPropertyManagerPrivate::setRange(QtProperty *property,
                const QSizeF &minVal, const QSizeF &maxVal, const QSizeF &val)
{
    m_doublePropertyManager->setRange(m_propertyToW[property], minVal.width(), maxVal.width());
    m_doublePropertyManager->setValue(m_propertyToW[property], val.width());
    m_doublePropertyManager->setRange(m_propertyToH[property], minVal.height(), maxVal.height());
    m_doublePropertyManager->setValue(m_propertyToH[property], val.height());
}

/*!
    \class QtSizeFPropertyManager
    \internal
    \inmodule QtDesigner
    \since 4.4

    \brief The QtSizeFPropertyManager provides and manages QSizeF properties.

    A size property has nested \e width and \e height
    subproperties. The top-level property's value can be retrieved
    using the value() function, and set using the setValue() slot.

    The subproperties are created by a QtDoublePropertyManager object. This
    manager can be retrieved using the subDoublePropertyManager() function. In
    order to provide editing widgets for the subproperties in a
    property browser widget, this manager must be associated with an
    editor factory.

    A size property also has a range of valid values defined by a
    minimum size and a maximum size. These sizes can be retrieved
    using the minimum() and the maximum() functions, and set using the
    setMinimum() and setMaximum() slots. Alternatively, the range can
    be defined in one go using the setRange() slot.

    In addition, QtSizeFPropertyManager provides the valueChanged() signal
    which is emitted whenever a property created by this manager
    changes, and the rangeChanged() signal which is emitted whenever
    such a property changes its range of valid sizes.

    \sa QtAbstractPropertyManager, QtDoublePropertyManager, QtSizePropertyManager
*/

/*!
    \fn void QtSizeFPropertyManager::valueChanged(QtProperty *property, const QSizeF &value)

    This signal is emitted whenever a property created by this manager
    changes its value, passing a pointer to the \a property and the new
    \a value as parameters.

    \sa setValue()
*/

/*!
    \fn void QtSizeFPropertyManager::rangeChanged(QtProperty *property, const QSizeF &minimum, const QSizeF &maximum)

    This signal is emitted whenever a property created by this manager
    changes its range of valid sizes, passing a pointer to the \a
    property and the new \a minimum and \a maximum sizes.

    \sa setRange()
*/

/*!
    \fn void QtSizeFPropertyManager::decimalsChanged(QtProperty *property, int prec)

    This signal is emitted whenever a property created by this manager
    changes its precision of value, passing a pointer to the
    \a property and the new \a prec value

    \sa setDecimals()
*/

/*!
    Creates a manager with the given \a parent.
*/
QtSizeFPropertyManager::QtSizeFPropertyManager(QObject *parent)
    : QtAbstractPropertyManager(parent), d_ptr(new QtSizeFPropertyManagerPrivate)
{
    d_ptr->q_ptr = this;

    d_ptr->m_doublePropertyManager = new QtDoublePropertyManager(this);
    connect(d_ptr->m_doublePropertyManager, SIGNAL(valueChanged(QtProperty*,double)),
                this, SLOT(slotDoubleChanged(QtProperty*,double)));
    connect(d_ptr->m_doublePropertyManager, SIGNAL(propertyDestroyed(QtProperty*)),
                this, SLOT(slotPropertyDestroyed(QtProperty*)));
}

/*!
    Destroys this manager, and all the properties it has created.
*/
QtSizeFPropertyManager::~QtSizeFPropertyManager()
{
    clear();
}

/*!
    Returns the manager that creates the nested \e width and \e height
    subproperties.

    In order to provide editing widgets for the \e width and \e height
    properties in a property browser widget, this manager must be
    associated with an editor factory.

    \sa QtAbstractPropertyBrowser::setFactoryForManager()
*/
QtDoublePropertyManager *QtSizeFPropertyManager::subDoublePropertyManager() const
{
    return d_ptr->m_doublePropertyManager;
}

/*!
    Returns the given \a property's value.

    If the given \a property is not managed by this manager, this
    function returns an invalid size

    \sa setValue()
*/
QSizeF QtSizeFPropertyManager::value(const QtProperty *property) const
{
    return getValue<QSizeF>(d_ptr->m_values, property);
}

/*!
    Returns the given \a property's precision, in decimals.

    \sa setDecimals()
*/
int QtSizeFPropertyManager::decimals(const QtProperty *property) const
{
    return getData<int>(d_ptr->m_values, &QtSizeFPropertyManagerPrivate::Data::decimals, property, 0);
}

/*!
    Returns the given \a property's minimum size value.

    \sa setMinimum(), maximum(), setRange()
*/
QSizeF QtSizeFPropertyManager::minimum(const QtProperty *property) const
{
    return getMinimum<QSizeF>(d_ptr->m_values, property);
}

/*!
    Returns the given \a property's maximum size value.

    \sa setMaximum(), minimum(), setRange()
*/
QSizeF QtSizeFPropertyManager::maximum(const QtProperty *property) const
{
    return getMaximum<QSizeF>(d_ptr->m_values, property);
}

/*!
    \reimp
*/
QString QtSizeFPropertyManager::valueText(const QtProperty *property) const
{
    const QtSizeFPropertyManagerPrivate::PropertyValueMap::const_iterator it = d_ptr->m_values.constFind(property);
    if (it == d_ptr->m_values.constEnd())
        return QString();
    const QSizeF v = it.value().val;
    const int dec = it.value().decimals;
    return tr("%1 x %2").arg(QString::number(v.width(), 'f', dec))
                        .arg(QString::number(v.height(), 'f', dec));
}

/*!
    \fn void QtSizeFPropertyManager::setValue(QtProperty *property, const QSizeF &value)

    Sets the value of the given \a property to \a value.

    If the specified \a value is not valid according to the given \a
    property's size range, the \a value is adjusted to the nearest
    valid value within the size range.

    \sa value(), setRange(), valueChanged()
*/
void QtSizeFPropertyManager::setValue(QtProperty *property, const QSizeF &val)
{
    setValueInRange<const QSizeF &, QtSizeFPropertyManagerPrivate, QtSizeFPropertyManager, QSizeF>(this, d_ptr.data(),
                &QtSizeFPropertyManager::propertyChanged,
                &QtSizeFPropertyManager::valueChanged,
                property, val, &QtSizeFPropertyManagerPrivate::setValue);
}

/*!
    \fn void QtSizeFPropertyManager::setDecimals(QtProperty *property, int prec)

    Sets the precision of the given \a property to \a prec.

    The valid decimal range is 0-13. The default is 2.

    \sa decimals()
*/
void QtSizeFPropertyManager::setDecimals(QtProperty *property, int prec)
{
    const QtSizeFPropertyManagerPrivate::PropertyValueMap::iterator it = d_ptr->m_values.find(property);
    if (it == d_ptr->m_values.end())
        return;

    QtSizeFPropertyManagerPrivate::Data data = it.value();

    if (prec > 13)
        prec = 13;
    else if (prec < 0)
        prec = 0;

    if (data.decimals == prec)
        return;

    data.decimals = prec;
    d_ptr->m_doublePropertyManager->setDecimals(d_ptr->m_propertyToW[property], prec);
    d_ptr->m_doublePropertyManager->setDecimals(d_ptr->m_propertyToH[property], prec);

    it.value() = data;

    emit decimalsChanged(property, data.decimals);
}

/*!
    Sets the minimum size value for the given \a property to \a minVal.

    When setting the minimum size value, the maximum and current
    values are adjusted if necessary (ensuring that the size range
    remains valid and that the current value is within the range).

    \sa minimum(), setRange(), rangeChanged()
*/
void QtSizeFPropertyManager::setMinimum(QtProperty *property, const QSizeF &minVal)
{
    setBorderValue<const QSizeF &, QtSizeFPropertyManagerPrivate, QtSizeFPropertyManager, QSizeF, QtSizeFPropertyManagerPrivate::Data>(this, d_ptr.data(),
                &QtSizeFPropertyManager::propertyChanged,
                &QtSizeFPropertyManager::valueChanged,
                &QtSizeFPropertyManager::rangeChanged,
                property,
                &QtSizeFPropertyManagerPrivate::Data::minimumValue,
                &QtSizeFPropertyManagerPrivate::Data::setMinimumValue,
                minVal, &QtSizeFPropertyManagerPrivate::setRange);
}

/*!
    Sets the maximum size value for the given \a property to \a maxVal.

    When setting the maximum size value, the minimum and current
    values are adjusted if necessary (ensuring that the size range
    remains valid and that the current value is within the range).

    \sa maximum(), setRange(), rangeChanged()
*/
void QtSizeFPropertyManager::setMaximum(QtProperty *property, const QSizeF &maxVal)
{
    setBorderValue<const QSizeF &, QtSizeFPropertyManagerPrivate, QtSizeFPropertyManager, QSizeF, QtSizeFPropertyManagerPrivate::Data>(this, d_ptr.data(),
                &QtSizeFPropertyManager::propertyChanged,
                &QtSizeFPropertyManager::valueChanged,
                &QtSizeFPropertyManager::rangeChanged,
                property,
                &QtSizeFPropertyManagerPrivate::Data::maximumValue,
                &QtSizeFPropertyManagerPrivate::Data::setMaximumValue,
                maxVal, &QtSizeFPropertyManagerPrivate::setRange);
}

/*!
    \fn void QtSizeFPropertyManager::setRange(QtProperty *property, const QSizeF &minimum, const QSizeF &maximum)

    Sets the range of valid values.

    This is a convenience function defining the range of valid values
    in one go; setting the \a minimum and \a maximum values for the
    given \a property with a single function call.

    When setting a new range, the current value is adjusted if
    necessary (ensuring that the value remains within the range).

    \sa  setMinimum(), setMaximum(), rangeChanged()
*/
void QtSizeFPropertyManager::setRange(QtProperty *property, const QSizeF &minVal, const QSizeF &maxVal)
{
    setBorderValues<const QSizeF &, QtSizeFPropertyManagerPrivate, QtSizeFPropertyManager, QSizeF>(this, d_ptr.data(),
                &QtSizeFPropertyManager::propertyChanged,
                &QtSizeFPropertyManager::valueChanged,
                &QtSizeFPropertyManager::rangeChanged,
                property, minVal, maxVal, &QtSizeFPropertyManagerPrivate::setRange);
}

/*!
    \reimp
*/
void QtSizeFPropertyManager::initializeProperty(QtProperty *property)
{
    d_ptr->m_values[property] = QtSizeFPropertyManagerPrivate::Data();

    QtProperty *wProp = d_ptr->m_doublePropertyManager->addProperty();
    wProp->setPropertyName(tr("Width"));
    d_ptr->m_doublePropertyManager->setDecimals(wProp, decimals(property));
    d_ptr->m_doublePropertyManager->setValue(wProp, 0);
    d_ptr->m_doublePropertyManager->setMinimum(wProp, 0);
    d_ptr->m_propertyToW[property] = wProp;
    d_ptr->m_wToProperty[wProp] = property;
    property->addSubProperty(wProp);

    QtProperty *hProp = d_ptr->m_doublePropertyManager->addProperty();
    hProp->setPropertyName(tr("Height"));
    d_ptr->m_doublePropertyManager->setDecimals(hProp, decimals(property));
    d_ptr->m_doublePropertyManager->setValue(hProp, 0);
    d_ptr->m_doublePropertyManager->setMinimum(hProp, 0);
    d_ptr->m_propertyToH[property] = hProp;
    d_ptr->m_hToProperty[hProp] = property;
    property->addSubProperty(hProp);
}

/*!
    \reimp
*/
void QtSizeFPropertyManager::uninitializeProperty(QtProperty *property)
{
    QtProperty *wProp = d_ptr->m_propertyToW[property];
    if (wProp) {
        d_ptr->m_wToProperty.remove(wProp);
        delete wProp;
    }
    d_ptr->m_propertyToW.remove(property);

    QtProperty *hProp = d_ptr->m_propertyToH[property];
    if (hProp) {
        d_ptr->m_hToProperty.remove(hProp);
        delete hProp;
    }
    d_ptr->m_propertyToH.remove(property);

    d_ptr->m_values.remove(property);
}

// QtRectPropertyManager

class QtRectPropertyManagerPrivate
{
    QtRectPropertyManager *q_ptr;
    Q_DECLARE_PUBLIC(QtRectPropertyManager)
public:

    void slotIntChanged(QtProperty *property, int value);
    void slotPropertyDestroyed(QtProperty *property);
    void setConstraint(QtProperty *property, const QRect &constraint, const QRect &val);

    struct Data
    {
        Data() : val(0, 0, 0, 0) {}
        QRect val;
        QRect constraint;
    };

    typedef QMap<const QtProperty *, Data> PropertyValueMap;
    PropertyValueMap m_values;

    QtIntPropertyManager *m_intPropertyManager;

    QMap<const QtProperty *, QtProperty *> m_propertyToX;
    QMap<const QtProperty *, QtProperty *> m_propertyToY;
    QMap<const QtProperty *, QtProperty *> m_propertyToW;
    QMap<const QtProperty *, QtProperty *> m_propertyToH;

    QMap<const QtProperty *, QtProperty *> m_xToProperty;
    QMap<const QtProperty *, QtProperty *> m_yToProperty;
    QMap<const QtProperty *, QtProperty *> m_wToProperty;
    QMap<const QtProperty *, QtProperty *> m_hToProperty;
};

void QtRectPropertyManagerPrivate::slotIntChanged(QtProperty *property, int value)
{
    if (QtProperty *prop = m_xToProperty.value(property, 0)) {
        QRect r = m_values[prop].val;
        r.moveLeft(value);
        q_ptr->setValue(prop, r);
    } else if (QtProperty *prop = m_yToProperty.value(property)) {
        QRect r = m_values[prop].val;
        r.moveTop(value);
        q_ptr->setValue(prop, r);
    } else if (QtProperty *prop = m_wToProperty.value(property, 0)) {
        Data data = m_values[prop];
        QRect r = data.val;
        r.setWidth(value);
        if (!data.constraint.isNull() && data.constraint.x() + data.constraint.width() < r.x() + r.width()) {
            r.moveLeft(data.constraint.left() + data.constraint.width() - r.width());
        }
        q_ptr->setValue(prop, r);
    } else if (QtProperty *prop = m_hToProperty.value(property, 0)) {
        Data data = m_values[prop];
        QRect r = data.val;
        r.setHeight(value);
        if (!data.constraint.isNull() && data.constraint.y() + data.constraint.height() < r.y() + r.height()) {
            r.moveTop(data.constraint.top() + data.constraint.height() - r.height());
        }
        q_ptr->setValue(prop, r);
    }
}

void QtRectPropertyManagerPrivate::slotPropertyDestroyed(QtProperty *property)
{
    if (QtProperty *pointProp = m_xToProperty.value(property, 0)) {
        m_propertyToX[pointProp] = 0;
        m_xToProperty.remove(property);
    } else if (QtProperty *pointProp = m_yToProperty.value(property, 0)) {
        m_propertyToY[pointProp] = 0;
        m_yToProperty.remove(property);
    } else if (QtProperty *pointProp = m_wToProperty.value(property, 0)) {
        m_propertyToW[pointProp] = 0;
        m_wToProperty.remove(property);
    } else if (QtProperty *pointProp = m_hToProperty.value(property, 0)) {
        m_propertyToH[pointProp] = 0;
        m_hToProperty.remove(property);
    }
}

void QtRectPropertyManagerPrivate::setConstraint(QtProperty *property,
            const QRect &constraint, const QRect &val)
{
    const bool isNull = constraint.isNull();
    const int left   = isNull ? INT_MIN : constraint.left();
    const int right  = isNull ? INT_MAX : constraint.left() + constraint.width();
    const int top    = isNull ? INT_MIN : constraint.top();
    const int bottom = isNull ? INT_MAX : constraint.top() + constraint.height();
    const int width  = isNull ? INT_MAX : constraint.width();
    const int height = isNull ? INT_MAX : constraint.height();

    m_intPropertyManager->setRange(m_propertyToX[property], left, right);
    m_intPropertyManager->setRange(m_propertyToY[property], top, bottom);
    m_intPropertyManager->setRange(m_propertyToW[property], 0, width);
    m_intPropertyManager->setRange(m_propertyToH[property], 0, height);

    m_intPropertyManager->setValue(m_propertyToX[property], val.x());
    m_intPropertyManager->setValue(m_propertyToY[property], val.y());
    m_intPropertyManager->setValue(m_propertyToW[property], val.width());
    m_intPropertyManager->setValue(m_propertyToH[property], val.height());
}

/*!
    \class QtRectPropertyManager
    \internal
    \inmodule QtDesigner
    \since 4.4

    \brief The QtRectPropertyManager provides and manages QRect properties.

    A rectangle property has nested \e x, \e y, \e width and \e height
    subproperties. The top-level property's value can be retrieved
    using the value() function, and set using the setValue() slot.

    The subproperties are created by a QtIntPropertyManager object. This
    manager can be retrieved using the subIntPropertyManager() function. In
    order to provide editing widgets for the subproperties in a
    property browser widget, this manager must be associated with an
    editor factory.

    A rectangle property also has a constraint rectangle which can be
    retrieved using the constraint() function, and set using the
    setConstraint() slot.

    In addition, QtRectPropertyManager provides the valueChanged() signal
    which is emitted whenever a property created by this manager
    changes, and the constraintChanged() signal which is emitted
    whenever such a property changes its constraint rectangle.

    \sa QtAbstractPropertyManager, QtIntPropertyManager, QtRectFPropertyManager
*/

/*!
    \fn void QtRectPropertyManager::valueChanged(QtProperty *property, const QRect &value)

    This signal is emitted whenever a property created by this manager
    changes its value, passing a pointer to the \a property and the new
    \a value as parameters.

    \sa setValue()
*/

/*!
    \fn void QtRectPropertyManager::constraintChanged(QtProperty *property, const QRect &constraint)

    This signal is emitted whenever property changes its constraint
    rectangle, passing a pointer to the \a property and the new \a
    constraint rectangle as parameters.

    \sa setConstraint()
*/

/*!
    Creates a manager with the given \a parent.
*/
QtRectPropertyManager::QtRectPropertyManager(QObject *parent)
    : QtAbstractPropertyManager(parent), d_ptr(new QtRectPropertyManagerPrivate)
{
    d_ptr->q_ptr = this;

    d_ptr->m_intPropertyManager = new QtIntPropertyManager(this);
    connect(d_ptr->m_intPropertyManager, SIGNAL(valueChanged(QtProperty*,int)),
                this, SLOT(slotIntChanged(QtProperty*,int)));
    connect(d_ptr->m_intPropertyManager, SIGNAL(propertyDestroyed(QtProperty*)),
                this, SLOT(slotPropertyDestroyed(QtProperty*)));
}

/*!
    Destroys this manager, and all the properties it has created.
*/
QtRectPropertyManager::~QtRectPropertyManager()
{
    clear();
}

/*!
    Returns the manager that creates the nested \e x, \e y, \e width
    and \e height subproperties.

    In order to provide editing widgets for the mentioned
    subproperties in a property browser widget, this manager must be
    associated with an editor factory.

    \sa QtAbstractPropertyBrowser::setFactoryForManager()
*/
QtIntPropertyManager *QtRectPropertyManager::subIntPropertyManager() const
{
    return d_ptr->m_intPropertyManager;
}

/*!
    Returns the given \a property's value.

    If the given \a property is not managed by this manager, this
    function returns an invalid rectangle.

    \sa setValue(), constraint()
*/
QRect QtRectPropertyManager::value(const QtProperty *property) const
{
    return getValue<QRect>(d_ptr->m_values, property);
}

/*!
    Returns the given \a property's constraining rectangle. If returned value is null QRect it means there is no constraint applied.

    \sa value(), setConstraint()
*/
QRect QtRectPropertyManager::constraint(const QtProperty *property) const
{
    return getData<QRect>(d_ptr->m_values, &QtRectPropertyManagerPrivate::Data::constraint, property, QRect());
}

/*!
    \reimp
*/
QString QtRectPropertyManager::valueText(const QtProperty *property) const
{
    const QtRectPropertyManagerPrivate::PropertyValueMap::const_iterator it = d_ptr->m_values.constFind(property);
    if (it == d_ptr->m_values.constEnd())
        return QString();
    const QRect v = it.value().val;
    return tr("[(%1, %2), %3 x %4]").arg(QString::number(v.x()))
                                    .arg(QString::number(v.y()))
                                    .arg(QString::number(v.width()))
                                    .arg(QString::number(v.height()));
}

/*!
    \fn void QtRectPropertyManager::setValue(QtProperty *property, const QRect &value)

    Sets the value of the given \a property to \a value. Nested
    properties are updated automatically.

    If the specified \a value is not inside the given \a property's
    constraining rectangle, the value is adjusted accordingly to fit
    within the constraint.

    \sa value(), setConstraint(), valueChanged()
*/
void QtRectPropertyManager::setValue(QtProperty *property, const QRect &val)
{
    const QtRectPropertyManagerPrivate::PropertyValueMap::iterator it = d_ptr->m_values.find(property);
    if (it == d_ptr->m_values.end())
        return;

    QtRectPropertyManagerPrivate::Data data = it.value();

    QRect newRect = val.normalized();
    if (!data.constraint.isNull() && !data.constraint.contains(newRect)) {
        const QRect r1 = data.constraint;
        const QRect r2 = newRect;
        newRect.setLeft(qMax(r1.left(), r2.left()));
        newRect.setRight(qMin(r1.right(), r2.right()));
        newRect.setTop(qMax(r1.top(), r2.top()));
        newRect.setBottom(qMin(r1.bottom(), r2.bottom()));
        if (newRect.width() < 0 || newRect.height() < 0)
            return;
    }

    if (data.val == newRect)
        return;

    data.val = newRect;

    it.value() = data;
    d_ptr->m_intPropertyManager->setValue(d_ptr->m_propertyToX[property], newRect.x());
    d_ptr->m_intPropertyManager->setValue(d_ptr->m_propertyToY[property], newRect.y());
    d_ptr->m_intPropertyManager->setValue(d_ptr->m_propertyToW[property], newRect.width());
    d_ptr->m_intPropertyManager->setValue(d_ptr->m_propertyToH[property], newRect.height());

    emit propertyChanged(property);
    emit valueChanged(property, data.val);
}

/*!
    Sets the given \a property's constraining rectangle to \a
    constraint.

    When setting the constraint, the current value is adjusted if
    necessary (ensuring that the current rectangle value is inside the
    constraint). In order to reset the constraint pass a null QRect value.

    \sa setValue(), constraint(), constraintChanged()
*/
void QtRectPropertyManager::setConstraint(QtProperty *property, const QRect &constraint)
{
    const QtRectPropertyManagerPrivate::PropertyValueMap::iterator it = d_ptr->m_values.find(property);
    if (it == d_ptr->m_values.end())
        return;

    QtRectPropertyManagerPrivate::Data data = it.value();

    QRect newConstraint = constraint.normalized();
    if (data.constraint == newConstraint)
        return;

    const QRect oldVal = data.val;

    data.constraint = newConstraint;

    if (!data.constraint.isNull() && !data.constraint.contains(oldVal)) {
        QRect r1 = data.constraint;
        QRect r2 = data.val;

        if (r2.width() > r1.width())
            r2.setWidth(r1.width());
        if (r2.height() > r1.height())
            r2.setHeight(r1.height());
        if (r2.left() < r1.left())
            r2.moveLeft(r1.left());
        else if (r2.right() > r1.right())
            r2.moveRight(r1.right());
        if (r2.top() < r1.top())
            r2.moveTop(r1.top());
        else if (r2.bottom() > r1.bottom())
            r2.moveBottom(r1.bottom());

        data.val = r2;
    }

    it.value() = data;

    emit constraintChanged(property, data.constraint);

    d_ptr->setConstraint(property, data.constraint, data.val);

    if (data.val == oldVal)
        return;

    emit propertyChanged(property);
    emit valueChanged(property, data.val);
}

/*!
    \reimp
*/
void QtRectPropertyManager::initializeProperty(QtProperty *property)
{
    d_ptr->m_values[property] = QtRectPropertyManagerPrivate::Data();

    QtProperty *xProp = d_ptr->m_intPropertyManager->addProperty();
    xProp->setPropertyName(tr("X"));
    d_ptr->m_intPropertyManager->setValue(xProp, 0);
    d_ptr->m_propertyToX[property] = xProp;
    d_ptr->m_xToProperty[xProp] = property;
    property->addSubProperty(xProp);

    QtProperty *yProp = d_ptr->m_intPropertyManager->addProperty();
    yProp->setPropertyName(tr("Y"));
    d_ptr->m_intPropertyManager->setValue(yProp, 0);
    d_ptr->m_propertyToY[property] = yProp;
    d_ptr->m_yToProperty[yProp] = property;
    property->addSubProperty(yProp);

    QtProperty *wProp = d_ptr->m_intPropertyManager->addProperty();
    wProp->setPropertyName(tr("Width"));
    d_ptr->m_intPropertyManager->setValue(wProp, 0);
    d_ptr->m_intPropertyManager->setMinimum(wProp, 0);
    d_ptr->m_propertyToW[property] = wProp;
    d_ptr->m_wToProperty[wProp] = property;
    property->addSubProperty(wProp);

    QtProperty *hProp = d_ptr->m_intPropertyManager->addProperty();
    hProp->setPropertyName(tr("Height"));
    d_ptr->m_intPropertyManager->setValue(hProp, 0);
    d_ptr->m_intPropertyManager->setMinimum(hProp, 0);
    d_ptr->m_propertyToH[property] = hProp;
    d_ptr->m_hToProperty[hProp] = property;
    property->addSubProperty(hProp);
}

/*!
    \reimp
*/
void QtRectPropertyManager::uninitializeProperty(QtProperty *property)
{
    QtProperty *xProp = d_ptr->m_propertyToX[property];
    if (xProp) {
        d_ptr->m_xToProperty.remove(xProp);
        delete xProp;
    }
    d_ptr->m_propertyToX.remove(property);

    QtProperty *yProp = d_ptr->m_propertyToY[property];
    if (yProp) {
        d_ptr->m_yToProperty.remove(yProp);
        delete yProp;
    }
    d_ptr->m_propertyToY.remove(property);

    QtProperty *wProp = d_ptr->m_propertyToW[property];
    if (wProp) {
        d_ptr->m_wToProperty.remove(wProp);
        delete wProp;
    }
    d_ptr->m_propertyToW.remove(property);

    QtProperty *hProp = d_ptr->m_propertyToH[property];
    if (hProp) {
        d_ptr->m_hToProperty.remove(hProp);
        delete hProp;
    }
    d_ptr->m_propertyToH.remove(property);

    d_ptr->m_values.remove(property);
}

// QtRectFPropertyManager

class QtRectFPropertyManagerPrivate
{
    QtRectFPropertyManager *q_ptr;
    Q_DECLARE_PUBLIC(QtRectFPropertyManager)
public:

    void slotDoubleChanged(QtProperty *property, double value);
    void slotPropertyDestroyed(QtProperty *property);
    void setConstraint(QtProperty *property, const QRectF &constraint, const QRectF &val);

    struct Data
    {
        Data() : val(0, 0, 0, 0), decimals(2) {}
        QRectF val;
        QRectF constraint;
        int decimals;
    };

    typedef QMap<const QtProperty *, Data> PropertyValueMap;
    PropertyValueMap m_values;

    QtDoublePropertyManager *m_doublePropertyManager;

    QMap<const QtProperty *, QtProperty *> m_propertyToX;
    QMap<const QtProperty *, QtProperty *> m_propertyToY;
    QMap<const QtProperty *, QtProperty *> m_propertyToW;
    QMap<const QtProperty *, QtProperty *> m_propertyToH;

    QMap<const QtProperty *, QtProperty *> m_xToProperty;
    QMap<const QtProperty *, QtProperty *> m_yToProperty;
    QMap<const QtProperty *, QtProperty *> m_wToProperty;
    QMap<const QtProperty *, QtProperty *> m_hToProperty;
};

void QtRectFPropertyManagerPrivate::slotDoubleChanged(QtProperty *property, double value)
{
    if (QtProperty *prop = m_xToProperty.value(property, 0)) {
        QRectF r = m_values[prop].val;
        r.moveLeft(value);
        q_ptr->setValue(prop, r);
    } else if (QtProperty *prop = m_yToProperty.value(property, 0)) {
        QRectF r = m_values[prop].val;
        r.moveTop(value);
        q_ptr->setValue(prop, r);
    } else if (QtProperty *prop = m_wToProperty.value(property, 0)) {
        Data data = m_values[prop];
        QRectF r = data.val;
        r.setWidth(value);
        if (!data.constraint.isNull() && data.constraint.x() + data.constraint.width() < r.x() + r.width()) {
            r.moveLeft(data.constraint.left() + data.constraint.width() - r.width());
        }
        q_ptr->setValue(prop, r);
    } else if (QtProperty *prop = m_hToProperty.value(property, 0)) {
        Data data = m_values[prop];
        QRectF r = data.val;
        r.setHeight(value);
        if (!data.constraint.isNull() && data.constraint.y() + data.constraint.height() < r.y() + r.height()) {
            r.moveTop(data.constraint.top() + data.constraint.height() - r.height());
        }
        q_ptr->setValue(prop, r);
    }
}

void QtRectFPropertyManagerPrivate::slotPropertyDestroyed(QtProperty *property)
{
    if (QtProperty *pointProp = m_xToProperty.value(property, 0)) {
        m_propertyToX[pointProp] = 0;
        m_xToProperty.remove(property);
    } else if (QtProperty *pointProp = m_yToProperty.value(property, 0)) {
        m_propertyToY[pointProp] = 0;
        m_yToProperty.remove(property);
    } else if (QtProperty *pointProp = m_wToProperty.value(property, 0)) {
        m_propertyToW[pointProp] = 0;
        m_wToProperty.remove(property);
    } else if (QtProperty *pointProp = m_hToProperty.value(property, 0)) {
        m_propertyToH[pointProp] = 0;
        m_hToProperty.remove(property);
    }
}

void QtRectFPropertyManagerPrivate::setConstraint(QtProperty *property,
            const QRectF &constraint, const QRectF &val)
{
    const bool isNull = constraint.isNull();
    const float left   = isNull ? FLT_MIN : constraint.left();
    const float right  = isNull ? FLT_MAX : constraint.left() + constraint.width();
    const float top    = isNull ? FLT_MIN : constraint.top();
    const float bottom = isNull ? FLT_MAX : constraint.top() + constraint.height();
    const float width  = isNull ? FLT_MAX : constraint.width();
    const float height = isNull ? FLT_MAX : constraint.height();

    m_doublePropertyManager->setRange(m_propertyToX[property], left, right);
    m_doublePropertyManager->setRange(m_propertyToY[property], top, bottom);
    m_doublePropertyManager->setRange(m_propertyToW[property], 0, width);
    m_doublePropertyManager->setRange(m_propertyToH[property], 0, height);

    m_doublePropertyManager->setValue(m_propertyToX[property], val.x());
    m_doublePropertyManager->setValue(m_propertyToY[property], val.y());
    m_doublePropertyManager->setValue(m_propertyToW[property], val.width());
    m_doublePropertyManager->setValue(m_propertyToH[property], val.height());
}

/*!
    \class QtRectFPropertyManager
    \internal
    \inmodule QtDesigner
    \since 4.4

    \brief The QtRectFPropertyManager provides and manages QRectF properties.

    A rectangle property has nested \e x, \e y, \e width and \e height
    subproperties. The top-level property's value can be retrieved
    using the value() function, and set using the setValue() slot.

    The subproperties are created by a QtDoublePropertyManager object. This
    manager can be retrieved using the subDoublePropertyManager() function. In
    order to provide editing widgets for the subproperties in a
    property browser widget, this manager must be associated with an
    editor factory.

    A rectangle property also has a constraint rectangle which can be
    retrieved using the constraint() function, and set using the
    setConstraint() slot.

    In addition, QtRectFPropertyManager provides the valueChanged() signal
    which is emitted whenever a property created by this manager
    changes, and the constraintChanged() signal which is emitted
    whenever such a property changes its constraint rectangle.

    \sa QtAbstractPropertyManager, QtDoublePropertyManager, QtRectPropertyManager
*/

/*!
    \fn void QtRectFPropertyManager::valueChanged(QtProperty *property, const QRectF &value)

    This signal is emitted whenever a property created by this manager
    changes its value, passing a pointer to the \a property and the new
    \a value as parameters.

    \sa setValue()
*/

/*!
    \fn void QtRectFPropertyManager::constraintChanged(QtProperty *property, const QRectF &constraint)

    This signal is emitted whenever property changes its constraint
    rectangle, passing a pointer to the \a property and the new \a
    constraint rectangle as parameters.

    \sa setConstraint()
*/

/*!
    \fn void QtRectFPropertyManager::decimalsChanged(QtProperty *property, int prec)

    This signal is emitted whenever a property created by this manager
    changes its precision of value, passing a pointer to the
    \a property and the new \a prec value

    \sa setDecimals()
*/

/*!
    Creates a manager with the given \a parent.
*/
QtRectFPropertyManager::QtRectFPropertyManager(QObject *parent)
    : QtAbstractPropertyManager(parent), d_ptr(new QtRectFPropertyManagerPrivate)
{
    d_ptr->q_ptr = this;

    d_ptr->m_doublePropertyManager = new QtDoublePropertyManager(this);
    connect(d_ptr->m_doublePropertyManager, SIGNAL(valueChanged(QtProperty*,double)),
                this, SLOT(slotDoubleChanged(QtProperty*,double)));
    connect(d_ptr->m_doublePropertyManager, SIGNAL(propertyDestroyed(QtProperty*)),
                this, SLOT(slotPropertyDestroyed(QtProperty*)));
}

/*!
    Destroys this manager, and all the properties it has created.
*/
QtRectFPropertyManager::~QtRectFPropertyManager()
{
    clear();
}

/*!
    Returns the manager that creates the nested \e x, \e y, \e width
    and \e height subproperties.

    In order to provide editing widgets for the mentioned
    subproperties in a property browser widget, this manager must be
    associated with an editor factory.

    \sa QtAbstractPropertyBrowser::setFactoryForManager()
*/
QtDoublePropertyManager *QtRectFPropertyManager::subDoublePropertyManager() const
{
    return d_ptr->m_doublePropertyManager;
}

/*!
    Returns the given \a property's value.

    If the given \a property is not managed by this manager, this
    function returns an invalid rectangle.

    \sa setValue(), constraint()
*/
QRectF QtRectFPropertyManager::value(const QtProperty *property) const
{
    return getValue<QRectF>(d_ptr->m_values, property);
}

/*!
    Returns the given \a property's precision, in decimals.

    \sa setDecimals()
*/
int QtRectFPropertyManager::decimals(const QtProperty *property) const
{
    return getData<int>(d_ptr->m_values, &QtRectFPropertyManagerPrivate::Data::decimals, property, 0);
}

/*!
    Returns the given \a property's constraining rectangle. If returned value is null QRectF it means there is no constraint applied.

    \sa value(), setConstraint()
*/
QRectF QtRectFPropertyManager::constraint(const QtProperty *property) const
{
    return getData<QRectF>(d_ptr->m_values, &QtRectFPropertyManagerPrivate::Data::constraint, property, QRect());
}

/*!
    \reimp
*/
QString QtRectFPropertyManager::valueText(const QtProperty *property) const
{
    const QtRectFPropertyManagerPrivate::PropertyValueMap::const_iterator it = d_ptr->m_values.constFind(property);
    if (it == d_ptr->m_values.constEnd())
        return QString();
    const QRectF v = it.value().val;
    const int dec = it.value().decimals;
    return QString(tr("[(%1, %2), %3 x %4]").arg(QString::number(v.x(), 'f', dec))
                                .arg(QString::number(v.y(), 'f', dec))
                                .arg(QString::number(v.width(), 'f', dec))
                                .arg(QString::number(v.height(), 'f', dec)));
}

/*!
    \fn void QtRectFPropertyManager::setValue(QtProperty *property, const QRectF &value)

    Sets the value of the given \a property to \a value. Nested
    properties are updated automatically.

    If the specified \a value is not inside the given \a property's
    constraining rectangle, the value is adjusted accordingly to fit
    within the constraint.

    \sa value(), setConstraint(), valueChanged()
*/
void QtRectFPropertyManager::setValue(QtProperty *property, const QRectF &val)
{
    const QtRectFPropertyManagerPrivate::PropertyValueMap::iterator it = d_ptr->m_values.find(property);
    if (it == d_ptr->m_values.end())
        return;

    QtRectFPropertyManagerPrivate::Data data = it.value();

    QRectF newRect = val.normalized();
    if (!data.constraint.isNull() && !data.constraint.contains(newRect)) {
        const QRectF r1 = data.constraint;
        const QRectF r2 = newRect;
        newRect.setLeft(qMax(r1.left(), r2.left()));
        newRect.setRight(qMin(r1.right(), r2.right()));
        newRect.setTop(qMax(r1.top(), r2.top()));
        newRect.setBottom(qMin(r1.bottom(), r2.bottom()));
        if (newRect.width() < 0 || newRect.height() < 0)
            return;
    }

    if (data.val == newRect)
        return;

    data.val = newRect;

    it.value() = data;
    d_ptr->m_doublePropertyManager->setValue(d_ptr->m_propertyToX[property], newRect.x());
    d_ptr->m_doublePropertyManager->setValue(d_ptr->m_propertyToY[property], newRect.y());
    d_ptr->m_doublePropertyManager->setValue(d_ptr->m_propertyToW[property], newRect.width());
    d_ptr->m_doublePropertyManager->setValue(d_ptr->m_propertyToH[property], newRect.height());

    emit propertyChanged(property);
    emit valueChanged(property, data.val);
}

/*!
    Sets the given \a property's constraining rectangle to \a
    constraint.

    When setting the constraint, the current value is adjusted if
    necessary (ensuring that the current rectangle value is inside the
    constraint). In order to reset the constraint pass a null QRectF value.

    \sa setValue(), constraint(), constraintChanged()
*/
void QtRectFPropertyManager::setConstraint(QtProperty *property, const QRectF &constraint)
{
    const QtRectFPropertyManagerPrivate::PropertyValueMap::iterator it = d_ptr->m_values.find(property);
    if (it == d_ptr->m_values.end())
        return;

    QtRectFPropertyManagerPrivate::Data data = it.value();

    QRectF newConstraint = constraint.normalized();
    if (data.constraint == newConstraint)
        return;

    const QRectF oldVal = data.val;

    data.constraint = newConstraint;

    if (!data.constraint.isNull() && !data.constraint.contains(oldVal)) {
        QRectF r1 = data.constraint;
        QRectF r2 = data.val;

        if (r2.width() > r1.width())
            r2.setWidth(r1.width());
        if (r2.height() > r1.height())
            r2.setHeight(r1.height());
        if (r2.left() < r1.left())
            r2.moveLeft(r1.left());
        else if (r2.right() > r1.right())
            r2.moveRight(r1.right());
        if (r2.top() < r1.top())
            r2.moveTop(r1.top());
        else if (r2.bottom() > r1.bottom())
            r2.moveBottom(r1.bottom());

        data.val = r2;
    }

    it.value() = data;

    emit constraintChanged(property, data.constraint);

    d_ptr->setConstraint(property, data.constraint, data.val);

    if (data.val == oldVal)
        return;

    emit propertyChanged(property);
    emit valueChanged(property, data.val);
}

/*!
    \fn void QtRectFPropertyManager::setDecimals(QtProperty *property, int prec)

    Sets the precision of the given \a property to \a prec.

    The valid decimal range is 0-13. The default is 2.

    \sa decimals()
*/
void QtRectFPropertyManager::setDecimals(QtProperty *property, int prec)
{
    const QtRectFPropertyManagerPrivate::PropertyValueMap::iterator it = d_ptr->m_values.find(property);
    if (it == d_ptr->m_values.end())
        return;

    QtRectFPropertyManagerPrivate::Data data = it.value();

    if (prec > 13)
        prec = 13;
    else if (prec < 0)
        prec = 0;

    if (data.decimals == prec)
        return;

    data.decimals = prec;
    d_ptr->m_doublePropertyManager->setDecimals(d_ptr->m_propertyToX[property], prec);
    d_ptr->m_doublePropertyManager->setDecimals(d_ptr->m_propertyToY[property], prec);
    d_ptr->m_doublePropertyManager->setDecimals(d_ptr->m_propertyToW[property], prec);
    d_ptr->m_doublePropertyManager->setDecimals(d_ptr->m_propertyToH[property], prec);

    it.value() = data;

    emit decimalsChanged(property, data.decimals);
}

/*!
    \reimp
*/
void QtRectFPropertyManager::initializeProperty(QtProperty *property)
{
    d_ptr->m_values[property] = QtRectFPropertyManagerPrivate::Data();