kcoreconfigskeleton.cpp

/*
    This file is part of KOrganizer.
    Copyright (c) 2000,2001 Cornelius Schumacher <schumacher@kde.org>
    Copyright (c) 2003 Waldo Bastian <bastian@kde.org>

    This library is free software; you can redistribute it and/or
    modify it under the terms of the GNU Library General Public
    License as published by the Free Software Foundation; either
    version 2 of the License, or (at your option) any later version.

    This library is distributed in the hope that it will be useful,
    but WITHOUT ANY WARRANTY; without even the implied warranty of
    MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
    Library General Public License for more details.

    You should have received a copy of the GNU Library General Public License
    along with this library; see the file COPYING.LIB.  If not, write to
    the Free Software Foundation, Inc., 51 Franklin Street, Fifth Floor,
    Boston, MA 02110-1301, USA.
*/

#include "kcoreconfigskeleton.h"
#include "kcoreconfigskeleton_p.h"

#include <QUrl>

static QString obscuredString(const QString &str)
{
    QString result;
    const QChar *unicode = str.unicode();
    for (int i = 0; i < str.length(); ++i)
        // yes, no typo. can't encode ' ' or '!' because
        // they're the unicode BOM. stupid scrambling. stupid.
        result += (unicode[ i ].unicode() <= 0x21) ? unicode[ i ]
                  : QChar(0x1001F - unicode[ i ].unicode());

    return result;
}

KConfigSkeletonItem::KConfigSkeletonItem(const QString &_group,
        const QString &_key)
    : mGroup(_group)
    , mKey(_key)
    , d(new KConfigSkeletonItemPrivate)
{
}

KConfigSkeletonItem::~KConfigSkeletonItem()
{
    delete d;
}

void KConfigSkeletonItem::setGroup(const QString &_group)
{
    mGroup = _group;
}

QString KConfigSkeletonItem::group() const
{
    return mGroup;
}

void KConfigSkeletonItem::setKey(const QString &_key)
{
    mKey = _key;
}

QString KConfigSkeletonItem::key() const
{
    return mKey;
}

void KConfigSkeletonItem::setName(const QString &_name)
{
    mName = _name;
}

QString KConfigSkeletonItem::name() const
{
    return mName;
}

void KConfigSkeletonItem::setLabel(const QString &l)
{
    d->mLabel = l;
}

QString KConfigSkeletonItem::label() const
{
    return d->mLabel;
}

void KConfigSkeletonItem::setToolTip(const QString &t)
{
    d->mToolTip = t;
}

QString KConfigSkeletonItem::toolTip() const
{
    return d->mToolTip;
}

void KConfigSkeletonItem::setWhatsThis(const QString &w)
{
    d->mWhatsThis = w;
}

QString KConfigSkeletonItem::whatsThis() const
{
    return d->mWhatsThis;
}

void KConfigSkeletonItem::setWriteFlags(KConfigBase::WriteConfigFlags flags)
{
    d->mWriteFlags = flags;
}

KConfigBase::WriteConfigFlags KConfigSkeletonItem::writeFlags() const
{
    return d->mWriteFlags;
}

QVariant KConfigSkeletonItem::minValue() const
{
    return QVariant();
}

QVariant KConfigSkeletonItem::maxValue() const
{
    return QVariant();
}

bool KConfigSkeletonItem::isImmutable() const
{
    return d->mIsImmutable;
}

void KConfigSkeletonItem::readImmutability(const KConfigGroup &group)
{
    d->mIsImmutable = group.isEntryImmutable(mKey);
}

KCoreConfigSkeleton::ItemString::ItemString(const QString &_group, const QString &_key,
        QString &reference,
        const QString &defaultValue,
        Type type)
    : KConfigSkeletonGenericItem<QString>(_group, _key, reference, defaultValue),
      mType(type)
{
}

void KCoreConfigSkeleton::ItemString::writeConfig(KConfig *config)
{
    if (mReference != mLoadedValue) { // WABA: Is this test needed?
        KConfigGroup cg(config, mGroup);
        if ((mDefault == mReference) && !cg.hasDefault(mKey)) {
            cg.revertToDefault(mKey, writeFlags());
        } else if (mType == Path) {
            cg.writePathEntry(mKey, mReference, writeFlags());
        } else if (mType == Password) {
            cg.writeEntry(mKey, obscuredString(mReference), writeFlags());
        } else {
            cg.writeEntry(mKey, mReference, writeFlags());
        }
        mLoadedValue = mReference;
    }
}

void KCoreConfigSkeleton::ItemString::readConfig(KConfig *config)
{
    KConfigGroup cg(config, mGroup);

    if (mType == Path) {
        mReference = cg.readPathEntry(mKey, mDefault);
    } else if (mType == Password) {
        QString val = cg.readEntry(mKey, obscuredString(mDefault));
        mReference = obscuredString(val);
    } else {
        mReference = cg.readEntry(mKey, mDefault);
    }

    mLoadedValue = mReference;

    readImmutability(cg);
}

void KCoreConfigSkeleton::ItemString::setProperty(const QVariant &p)
{
    mReference = p.toString();
}

bool KCoreConfigSkeleton::ItemString::isEqual(const QVariant &v) const
{
    return mReference == v.toString();
}

QVariant KCoreConfigSkeleton::ItemString::property() const
{
    return QVariant(mReference);
}

KCoreConfigSkeleton::ItemPassword::ItemPassword(const QString &_group, const QString &_key,
        QString &reference,
        const QString &defaultValue)
    : ItemString(_group, _key, reference, defaultValue, Password)
{
}

KCoreConfigSkeleton::ItemPath::ItemPath(const QString &_group, const QString &_key,
                                        QString &reference,
                                        const QString &defaultValue)
    : ItemString(_group, _key, reference, defaultValue, Path)
{
}

KCoreConfigSkeleton::ItemUrl::ItemUrl(const QString &_group, const QString &_key,
                                      QUrl &reference,
                                      const QUrl &defaultValue)
    : KConfigSkeletonGenericItem<QUrl>(_group, _key, reference, defaultValue)
{
}

void KCoreConfigSkeleton::ItemUrl::writeConfig(KConfig *config)
{
    if (mReference != mLoadedValue) { // WABA: Is this test needed?
        KConfigGroup cg(config, mGroup);
        if ((mDefault == mReference) && !cg.hasDefault(mKey)) {
            cg.revertToDefault(mKey, writeFlags());
        } else {
            cg.writeEntry<QString>(mKey, mReference.toString(), writeFlags());
        }
        mLoadedValue = mReference;
    }
}

void KCoreConfigSkeleton::ItemUrl::readConfig(KConfig *config)
{
    KConfigGroup cg(config, mGroup);

    mReference = QUrl(cg.readEntry<QString>(mKey, mDefault.toString()));
    mLoadedValue = mReference;

    readImmutability(cg);
}

void KCoreConfigSkeleton::ItemUrl::setProperty(const QVariant &p)
{
    mReference = qvariant_cast<QUrl>(p);
}

bool KCoreConfigSkeleton::ItemUrl::isEqual(const QVariant &v) const
{
    return mReference == qvariant_cast<QUrl>(v);
}

QVariant KCoreConfigSkeleton::ItemUrl::property() const
{
    return QVariant::fromValue<QUrl>(mReference);
}

KCoreConfigSkeleton::ItemProperty::ItemProperty(const QString &_group,
        const QString &_key,
        QVariant &reference,
        const QVariant &defaultValue)
    : KConfigSkeletonGenericItem<QVariant>(_group, _key, reference, defaultValue)
{
}

void KCoreConfigSkeleton::ItemProperty::readConfig(KConfig *config)
{
    KConfigGroup cg(config, mGroup);
    mReference = cg.readEntry(mKey, mDefault);
    mLoadedValue = mReference;

    readImmutability(cg);
}

void KCoreConfigSkeleton::ItemProperty::setProperty(const QVariant &p)
{
    mReference = p;
}

bool KCoreConfigSkeleton::ItemProperty::isEqual(const QVariant &v) const
{
    //this might cause problems if the QVariants are not of default types
    return mReference == v;
}

QVariant KCoreConfigSkeleton::ItemProperty::property() const
{
    return mReference;
}

KCoreConfigSkeleton::ItemBool::ItemBool(const QString &_group, const QString &_key,
                                        bool &reference, bool defaultValue)
    : KConfigSkeletonGenericItem<bool>(_group, _key, reference, defaultValue)
{
}

void KCoreConfigSkeleton::ItemBool::readConfig(KConfig *config)
{
    KConfigGroup cg(config, mGroup);
    mReference = cg.readEntry(mKey, mDefault);
    mLoadedValue = mReference;

    readImmutability(cg);
}

void KCoreConfigSkeleton::ItemBool::setProperty(const QVariant &p)
{
    mReference = p.toBool();
}

bool KCoreConfigSkeleton::ItemBool::isEqual(const QVariant &v) const
{
    return mReference == v.toBool();
}

QVariant KCoreConfigSkeleton::ItemBool::property() const
{
    return QVariant(mReference);
}

KCoreConfigSkeleton::ItemInt::ItemInt(const QString &_group, const QString &_key,
                                      qint32 &reference, qint32 defaultValue)
    : KConfigSkeletonGenericItem<qint32>(_group, _key, reference, defaultValue)
    , mHasMin(false), mHasMax(false)
{
}

void KCoreConfigSkeleton::ItemInt::readConfig(KConfig *config)
{
    KConfigGroup cg(config, mGroup);
    mReference = cg.readEntry(mKey, mDefault);
    if (mHasMin) {
        mReference = qMax(mReference, mMin);
    }
    if (mHasMax) {
        mReference = qMin(mReference, mMax);
    }
    mLoadedValue = mReference;

    readImmutability(cg);
}

void KCoreConfigSkeleton::ItemInt::setProperty(const QVariant &p)
{
    mReference = p.toInt();
}

bool KCoreConfigSkeleton::ItemInt::isEqual(const QVariant &v) const
{
    return mReference == v.toInt();
}

QVariant KCoreConfigSkeleton::ItemInt::property() const
{
    return QVariant(mReference);
}

QVariant KCoreConfigSkeleton::ItemInt::minValue() const
{
    if (mHasMin) {
        return QVariant(mMin);
    }
    return QVariant();
}

QVariant KCoreConfigSkeleton::ItemInt::maxValue() const
{
    if (mHasMax) {
        return QVariant(mMax);
    }
    return QVariant();
}

void KCoreConfigSkeleton::ItemInt::setMinValue(qint32 v)
{
    mHasMin = true;
    mMin = v;
}

void KCoreConfigSkeleton::ItemInt::setMaxValue(qint32 v)
{
    mHasMax = true;
    mMax = v;
}

KCoreConfigSkeleton::ItemLongLong::ItemLongLong(const QString &_group, const QString &_key,
        qint64 &reference, qint64 defaultValue)
    : KConfigSkeletonGenericItem<qint64>(_group, _key, reference, defaultValue)
    , mHasMin(false), mHasMax(false)
{
}

void KCoreConfigSkeleton::ItemLongLong::readConfig(KConfig *config)
{
    KConfigGroup cg(config, mGroup);
    mReference = cg.readEntry(mKey, mDefault);
    if (mHasMin) {
        mReference = qMax(mReference, mMin);
    }
    if (mHasMax) {
        mReference = qMin(mReference, mMax);
    }
    mLoadedValue = mReference;

    readImmutability(cg);
}

void KCoreConfigSkeleton::ItemLongLong::setProperty(const QVariant &p)
{
    mReference = p.toLongLong();
}

bool KCoreConfigSkeleton::ItemLongLong::isEqual(const QVariant &v) const
{
    return mReference == v.toLongLong();
}

QVariant KCoreConfigSkeleton::ItemLongLong::property() const
{
    return QVariant(mReference);
}

QVariant KCoreConfigSkeleton::ItemLongLong::minValue() const
{
    if (mHasMin) {
        return QVariant(mMin);
    }
    return QVariant();
}

QVariant KCoreConfigSkeleton::ItemLongLong::maxValue() const
{
    if (mHasMax) {
        return QVariant(mMax);
    }
    return QVariant();
}

void KCoreConfigSkeleton::ItemLongLong::setMinValue(qint64 v)
{
    mHasMin = true;
    mMin = v;
}

void KCoreConfigSkeleton::ItemLongLong::setMaxValue(qint64 v)
{
    mHasMax = true;
    mMax = v;
}

KCoreConfigSkeleton::ItemEnum::ItemEnum(const QString &_group, const QString &_key,
                                        qint32 &reference,
                                        const QList<Choice> &choices,
                                        qint32 defaultValue)
    : ItemInt(_group, _key, reference, defaultValue), mChoices(choices)
{
}

void KCoreConfigSkeleton::ItemEnum::readConfig(KConfig *config)
{
    KConfigGroup cg(config, mGroup);
    if (!cg.hasKey(mKey)) {
        mReference = mDefault;
    } else {
        int i = 0;
        mReference = -1;
        QString tmp = cg.readEntry(mKey, QString()).toLower();
        for (QList<Choice>::ConstIterator it = mChoices.constBegin();
                it != mChoices.constEnd(); ++it, ++i) {
            if ((*it).name.toLower() == tmp) {
                mReference = i;
                break;
            }
        }
        if (mReference == -1) {
            mReference = cg.readEntry(mKey, mDefault);
        }
    }
    mLoadedValue = mReference;

    readImmutability(cg);
}

void KCoreConfigSkeleton::ItemEnum::writeConfig(KConfig *config)
{
    if (mReference != mLoadedValue) { // WABA: Is this test needed?
        KConfigGroup cg(config, mGroup);
        if ((mDefault == mReference) && !cg.hasDefault(mKey)) {
            cg.revertToDefault(mKey, writeFlags());
        } else if ((mReference >= 0) && (mReference < mChoices.count())) {
            cg.writeEntry(mKey, mChoices[mReference].name, writeFlags());
        } else {
            cg.writeEntry(mKey, mReference, writeFlags());
        }
        mLoadedValue = mReference;
    }
}

QList<KCoreConfigSkeleton::ItemEnum::Choice> KCoreConfigSkeleton::ItemEnum::choices() const
{
    return mChoices;
}

QList<KCoreConfigSkeleton::ItemEnum::Choice> KCoreConfigSkeleton::ItemEnum::choices2() const
{
    return mChoices;
}

KCoreConfigSkeleton::ItemUInt::ItemUInt(const QString &_group, const QString &_key,
                                        quint32 &reference,
                                        quint32 defaultValue)
    : KConfigSkeletonGenericItem<quint32>(_group, _key, reference, defaultValue)
    , mHasMin(false), mHasMax(false)
{
}

void KCoreConfigSkeleton::ItemUInt::readConfig(KConfig *config)
{
    KConfigGroup cg(config, mGroup);
    mReference = cg.readEntry(mKey, mDefault);
    if (mHasMin) {
        mReference = qMax(mReference, mMin);
    }
    if (mHasMax) {
        mReference = qMin(mReference, mMax);
    }
    mLoadedValue = mReference;

    readImmutability(cg);
}

void KCoreConfigSkeleton::ItemUInt::setProperty(const QVariant &p)
{
    mReference = p.toUInt();
}

bool KCoreConfigSkeleton::ItemUInt::isEqual(const QVariant &v) const
{
    return mReference == v.toUInt();
}

QVariant KCoreConfigSkeleton::ItemUInt::property() const
{
    return QVariant(mReference);
}

QVariant KCoreConfigSkeleton::ItemUInt::minValue() const
{
    if (mHasMin) {
        return QVariant(mMin);
    }
    return QVariant();
}

QVariant KCoreConfigSkeleton::ItemUInt::maxValue() const
{
    if (mHasMax) {
        return QVariant(mMax);
    }
    return QVariant();
}

void KCoreConfigSkeleton::ItemUInt::setMinValue(quint32 v)
{
    mHasMin = true;
    mMin = v;
}

void KCoreConfigSkeleton::ItemUInt::setMaxValue(quint32 v)
{
    mHasMax = true;
    mMax = v;
}

KCoreConfigSkeleton::ItemULongLong::ItemULongLong(const QString &_group, const QString &_key,
        quint64 &reference, quint64 defaultValue)
    : KConfigSkeletonGenericItem<quint64>(_group, _key, reference, defaultValue)
    , mHasMin(false), mHasMax(false)
{
}

void KCoreConfigSkeleton::ItemULongLong::readConfig(KConfig *config)
{
    KConfigGroup cg(config, mGroup);
    mReference = cg.readEntry(mKey, mDefault);
    if (mHasMin) {
        mReference = qMax(mReference, mMin);
    }
    if (mHasMax) {
        mReference = qMin(mReference, mMax);
    }
    mLoadedValue = mReference;

    readImmutability(cg);
}

void KCoreConfigSkeleton::ItemULongLong::setProperty(const QVariant &p)
{
    mReference = p.toULongLong();
}

bool KCoreConfigSkeleton::ItemULongLong::isEqual(const QVariant &v) const
{
    return mReference == v.toULongLong();
}

QVariant KCoreConfigSkeleton::ItemULongLong::property() const
{
    return QVariant(mReference);
}

QVariant KCoreConfigSkeleton::ItemULongLong::minValue() const
{
    if (mHasMin) {
        return QVariant(mMin);
    }
    return QVariant();
}

QVariant KCoreConfigSkeleton::ItemULongLong::maxValue() const
{
    if (mHasMax) {
        return QVariant(mMax);
    }
    return QVariant();
}

void KCoreConfigSkeleton::ItemULongLong::setMinValue(quint64 v)
{
    mHasMin = true;
    mMin = v;
}

void KCoreConfigSkeleton::ItemULongLong::setMaxValue(quint64 v)
{
    mHasMax = true;
    mMax = v;
}

KCoreConfigSkeleton::ItemDouble::ItemDouble(const QString &_group, const QString &_key,
        double &reference, double defaultValue)
    : KConfigSkeletonGenericItem<double>(_group, _key, reference, defaultValue)
    , mHasMin(false), mHasMax(false)
{
}

void KCoreConfigSkeleton::ItemDouble::readConfig(KConfig *config)
{
    KConfigGroup cg(config, mGroup);
    mReference = cg.readEntry(mKey, mDefault);
    if (mHasMin) {
        mReference = qMax(mReference, mMin);
    }
    if (mHasMax) {
        mReference = qMin(mReference, mMax);
    }
    mLoadedValue = mReference;

    readImmutability(cg);
}

void KCoreConfigSkeleton::ItemDouble::setProperty(const QVariant &p)
{
    mReference = p.toDouble();
}

bool KCoreConfigSkeleton::ItemDouble::isEqual(const QVariant &v) const
{
    return mReference == v.toDouble();
}

QVariant KCoreConfigSkeleton::ItemDouble::property() const
{
    return QVariant(mReference);
}

QVariant KCoreConfigSkeleton::ItemDouble::minValue() const
{
    if (mHasMin) {
        return QVariant(mMin);
    }
    return QVariant();
}

QVariant KCoreConfigSkeleton::ItemDouble::maxValue() const
{
    if (mHasMax) {
        return QVariant(mMax);
    }
    return QVariant();
}

void KCoreConfigSkeleton::ItemDouble::setMinValue(double v)
{
    mHasMin = true;
    mMin = v;
}

void KCoreConfigSkeleton::ItemDouble::setMaxValue(double v)
{
    mHasMax = true;
    mMax = v;
}

KCoreConfigSkeleton::ItemRect::ItemRect(const QString &_group, const QString &_key,
                                        QRect &reference,
                                        const QRect &defaultValue)
    : KConfigSkeletonGenericItem<QRect>(_group, _key, reference, defaultValue)
{
}

void KCoreConfigSkeleton::ItemRect::readConfig(KConfig *config)
{
    KConfigGroup cg(config, mGroup);
    mReference = cg.readEntry(mKey, mDefault);
    mLoadedValue = mReference;

    readImmutability(cg);
}

void KCoreConfigSkeleton::ItemRect::setProperty(const QVariant &p)
{
    mReference = p.toRect();
}

bool KCoreConfigSkeleton::ItemRect::isEqual(const QVariant &v) const
{
    return mReference == v.toRect();
}

QVariant KCoreConfigSkeleton::ItemRect::property() const
{
    return QVariant(mReference);
}

KCoreConfigSkeleton::ItemPoint::ItemPoint(const QString &_group, const QString &_key,
        QPoint &reference,
        const QPoint &defaultValue)
    : KConfigSkeletonGenericItem<QPoint>(_group, _key, reference, defaultValue)
{
}

void KCoreConfigSkeleton::ItemPoint::readConfig(KConfig *config)
{
    KConfigGroup cg(config, mGroup);
    mReference = cg.readEntry(mKey, mDefault);
    mLoadedValue = mReference;

    readImmutability(cg);
}

void KCoreConfigSkeleton::ItemPoint::setProperty(const QVariant &p)
{
    mReference = p.toPoint();
}

bool KCoreConfigSkeleton::ItemPoint::isEqual(const QVariant &v) const
{
    return mReference == v.toPoint();
}

QVariant KCoreConfigSkeleton::ItemPoint::property() const
{
    return QVariant(mReference);
}

KCoreConfigSkeleton::ItemSize::ItemSize(const QString &_group, const QString &_key,
                                        QSize &reference,
                                        const QSize &defaultValue)
    : KConfigSkeletonGenericItem<QSize>(_group, _key, reference, defaultValue)
{
}

void KCoreConfigSkeleton::ItemSize::readConfig(KConfig *config)
{
    KConfigGroup cg(config, mGroup);
    mReference = cg.readEntry(mKey, mDefault);
    mLoadedValue = mReference;

    readImmutability(cg);
}

void KCoreConfigSkeleton::ItemSize::setProperty(const QVariant &p)
{
    mReference = p.toSize();
}

bool KCoreConfigSkeleton::ItemSize::isEqual(const QVariant &v) const
{
    return mReference == v.toSize();
}

QVariant KCoreConfigSkeleton::ItemSize::property() const
{
    return QVariant(mReference);
}

KCoreConfigSkeleton::ItemDateTime::ItemDateTime(const QString &_group, const QString &_key,
        QDateTime &reference,
        const QDateTime &defaultValue)
    : KConfigSkeletonGenericItem<QDateTime>(_group, _key, reference, defaultValue)
{
}

void KCoreConfigSkeleton::ItemDateTime::readConfig(KConfig *config)
{
    KConfigGroup cg(config, mGroup);
    mReference = cg.readEntry(mKey, mDefault);
    mLoadedValue = mReference;

    readImmutability(cg);
}

void KCoreConfigSkeleton::ItemDateTime::setProperty(const QVariant &p)
{
    mReference = p.toDateTime();
}

bool KCoreConfigSkeleton::ItemDateTime::isEqual(const QVariant &v) const
{
    return mReference == v.toDateTime();
}

QVariant KCoreConfigSkeleton::ItemDateTime::property() const
{
    return QVariant(mReference);
}

KCoreConfigSkeleton::ItemStringList::ItemStringList(const QString &_group, const QString &_key,
        QStringList &reference,
        const QStringList &defaultValue)
    : KConfigSkeletonGenericItem<QStringList>(_group, _key, reference, defaultValue)
{
}

void KCoreConfigSkeleton::ItemStringList::readConfig(KConfig *config)
{
    KConfigGroup cg(config, mGroup);
    if (!cg.hasKey(mKey)) {
        mReference = mDefault;
    } else {
        mReference = cg.readEntry(mKey, mDefault);
    }
    mLoadedValue = mReference;

    readImmutability(cg);
}

void KCoreConfigSkeleton::ItemStringList::setProperty(const QVariant &p)
{
    mReference = p.toStringList();
}

bool KCoreConfigSkeleton::ItemStringList::isEqual(const QVariant &v) const
{
    return mReference == v.toStringList();
}

QVariant KCoreConfigSkeleton::ItemStringList::property() const
{
    return QVariant(mReference);
}

KCoreConfigSkeleton::ItemPathList::ItemPathList(const QString &_group, const QString &_key,
        QStringList &reference,
        const QStringList &defaultValue)
    : ItemStringList(_group, _key, reference, defaultValue)
{
}

void KCoreConfigSkeleton::ItemPathList::readConfig(KConfig *config)
{
    KConfigGroup cg(config, mGroup);
    if (!cg.hasKey(mKey)) {
        mReference = mDefault;
    } else {
        mReference = cg.readPathEntry(mKey, QStringList());
    }
    mLoadedValue = mReference;

    readImmutability(cg);
}

void KCoreConfigSkeleton::ItemPathList::writeConfig(KConfig *config)
{
    if (mReference != mLoadedValue) { // WABA: Is this test needed?
        KConfigGroup cg(config, mGroup);
        if ((mDefault == mReference) && !cg.hasDefault(mKey)) {
            cg.revertToDefault(mKey, writeFlags());
        } else {
            QStringList sl = mReference;
            cg.writePathEntry(mKey, sl, writeFlags());
        }
        mLoadedValue = mReference;
    }
}

KCoreConfigSkeleton::ItemUrlList::ItemUrlList(const QString &_group, const QString &_key,
        QList<QUrl> &reference,
        const QList<QUrl> &defaultValue)
    : KConfigSkeletonGenericItem<QList<QUrl> >(_group, _key, reference, defaultValue)
{
}

void KCoreConfigSkeleton::ItemUrlList::readConfig(KConfig *config)
{
    KConfigGroup cg(config, mGroup);
    if (!cg.hasKey(mKey)) {
        mReference = mDefault;
    } else {
        QStringList strList;
        for (const QUrl &url : qAsConst(mDefault)) {
            strList.append(url.toString());
        }
        mReference.clear();
        const QStringList readList = cg.readEntry<QStringList>(mKey, strList);
        for (const QString &str : readList) {
            mReference.append(QUrl(str));
        }
    }
    mLoadedValue = mReference;

    readImmutability(cg);
}

void KCoreConfigSkeleton::ItemUrlList::writeConfig(KConfig *config)
{
    if (mReference != mLoadedValue) { // WABA: Is this test needed?
        KConfigGroup cg(config, mGroup);
        if ((mDefault == mReference) && !cg.hasDefault(mKey)) {
            cg.revertToDefault(mKey, writeFlags());
        } else {
            QStringList strList;
            for (const QUrl &url : qAsConst(mReference)) {
                strList.append(url.toString());
            }
            cg.writeEntry<QStringList>(mKey, strList, writeFlags());
        }
        mLoadedValue = mReference;
    }
}

void KCoreConfigSkeleton::ItemUrlList::setProperty(const QVariant &p)
{
    mReference = qvariant_cast<QList<QUrl> >(p);
}

bool KCoreConfigSkeleton::ItemUrlList::isEqual(const QVariant &v) const
{
    return mReference == qvariant_cast<QList<QUrl> >(v);
}

QVariant KCoreConfigSkeleton::ItemUrlList::property() const
{
    return QVariant::fromValue<QList<QUrl> >(mReference);
}

KCoreConfigSkeleton::ItemIntList::ItemIntList(const QString &_group, const QString &_key,
        QList<int> &reference,
        const QList<int> &defaultValue)
    : KConfigSkeletonGenericItem<QList<int> >(_group, _key, reference, defaultValue)
{
}

void KCoreConfigSkeleton::ItemIntList::readConfig(KConfig *config)
{
    KConfigGroup cg(config, mGroup);
    if (!cg.hasKey(mKey)) {
        mReference = mDefault;
    } else {
        mReference = cg.readEntry(mKey, mDefault);
    }
    mLoadedValue = mReference;

    readImmutability(cg);
}

void KCoreConfigSkeleton::ItemIntList::setProperty(const QVariant &p)
{
    mReference = qvariant_cast< QList<int> >(p);
}

bool KCoreConfigSkeleton::ItemIntList::isEqual(const QVariant &v) const
{
    return mReference == qvariant_cast< QList<int> >(v);
}

QVariant KCoreConfigSkeleton::ItemIntList::property() const
{
    return QVariant::fromValue< QList<int> >(mReference);
}

//static int kCoreConfigSkeletionDebugArea() { static int s_area = KDebug::registerArea("kdecore (KConfigSkeleton)"); return s_area; }

KCoreConfigSkeleton::KCoreConfigSkeleton(const QString &configname, QObject *parent)
    : QObject(parent),
      d(new KCoreConfigSkeletonPrivate)
{
    //qDebug() << "Creating KCoreConfigSkeleton (" << (void *)this << ")";

    d->mConfig = KSharedConfig::openConfig(configname, KConfig::FullConfig);
}

KCoreConfigSkeleton::KCoreConfigSkeleton(KSharedConfig::Ptr pConfig, QObject *parent)
    : QObject(parent),
      d(new KCoreConfigSkeletonPrivate)
{
    //qDebug() << "Creating KCoreConfigSkeleton (" << (void *)this << ")";
    d->mConfig = pConfig;
}

KCoreConfigSkeleton::~KCoreConfigSkeleton()
{
    delete d;
}

void KCoreConfigSkeleton::setCurrentGroup(const QString &group)
{
    d->mCurrentGroup = group;
}

QString KCoreConfigSkeleton::currentGroup() const
{
    return d->mCurrentGroup;
}

KConfig *KCoreConfigSkeleton::config()
{
    return d->mConfig.data();
}

const KConfig *KCoreConfigSkeleton::config() const
{
    return d->mConfig.data();
}

KSharedConfig::Ptr KCoreConfigSkeleton::sharedConfig() const
{
    return d->mConfig;
}

void KCoreConfigSkeleton::setSharedConfig(KSharedConfig::Ptr pConfig)
{
    d->mConfig = pConfig;
}

KConfigSkeletonItem::List KCoreConfigSkeleton::items() const
{
    return d->mItems;
}

bool KCoreConfigSkeleton::useDefaults(bool b)
{
    if (b == d->mUseDefaults) {
        return d->mUseDefaults;
    }

    d->mUseDefaults = b;
    KConfigSkeletonItem::List::ConstIterator it;
    for (it = d->mItems.constBegin(); it != d->mItems.constEnd(); ++it) {
        (*it)->swapDefault();
    }
    usrUseDefaults(b);
    return !d->mUseDefaults;
}

void KCoreConfigSkeleton::setDefaults()
{
    KConfigSkeletonItem::List::ConstIterator it;
    for (it = d->mItems.constBegin(); it != d->mItems.constEnd(); ++it) {
        (*it)->setDefault();
    }
    usrSetDefaults();
}

void KCoreConfigSkeleton::load()
{
    d->mConfig->reparseConfiguration();
    read();
}

void KCoreConfigSkeleton::read()
{
    KConfigSkeletonItem::List::ConstIterator it;
    for (it = d->mItems.constBegin(); it != d->mItems.constEnd(); ++it) {
        (*it)->readConfig(d->mConfig.data());
    }
    usrRead();
}

bool KCoreConfigSkeleton::save()
{
    //qDebug();
    KConfigSkeletonItem::List::ConstIterator it;
    for (it = d->mItems.constBegin(); it != d->mItems.constEnd(); ++it) {
        (*it)->writeConfig(d->mConfig.data());
    }
    if (!usrSave()) {
        return false;
    }

    if (d->mConfig->isDirty()) {
        if (!d->mConfig->sync()) {
            return false;
        }
        emit configChanged();
    }
    return true;
}

bool KCoreConfigSkeleton::usrUseDefaults(bool)
{
    return false;
}

void KCoreConfigSkeleton::usrSetDefaults()
{
}

#ifdef Q_CC_GNU
#pragma GCC diagnostic push
#pragma GCC diagnostic ignored "-Wdeprecated-declarations"
#endif
void KCoreConfigSkeleton::usrRead()
{
    usrReadConfig();
}
#ifdef Q_CC_GNU
#pragma GCC diagnostic pop
#endif

void KCoreConfigSkeleton::usrReadConfig()
{
}

#ifdef Q_CC_GNU
#pragma GCC diagnostic push
#pragma GCC diagnostic ignored "-Wdeprecated-declarations"
#endif
bool KCoreConfigSkeleton::usrSave()
{
    return usrWriteConfig();
}
#ifdef Q_CC_GNU
#pragma GCC diagnostic pop
#endif

bool KCoreConfigSkeleton::usrWriteConfig()
{
    return true;
}

void KCoreConfigSkeleton::addItem(KConfigSkeletonItem *item, const QString &name)
{
    if (d->mItems.contains(item)) {
        if (item->name() == name ||
                (name.isEmpty() && item->name() == item->key())) {
            // nothing to do -> it is already in our collection
            // and the name isn't changing
            return;
        }

        d->mItemDict.remove(item->name());
    } else {
        d->mItems.append(item);
    }

    item->setName(name.isEmpty() ? item->key() : name);
    d->mItemDict.insert(item->name(), item);
    item->readDefault(d->mConfig.data());
    item->readConfig(d->mConfig.data());
}

void KCoreConfigSkeleton::removeItem(const QString &name)
{
    KConfigSkeletonItem *item = d->mItemDict.value(name);
    if (item) {
        d->mItems.removeAll(item);
        d->mItemDict.remove(item->name());
        delete item;
    }
}

void KCoreConfigSkeleton::clearItems()
{
    KConfigSkeletonItem::List items = d->mItems;
    d->mItems.clear();
    d->mItemDict.clear();
    qDeleteAll(items);
}

KCoreConfigSkeleton::ItemString *KCoreConfigSkeleton::addItemString(const QString &name, QString &reference,
        const QString &defaultValue, const QString &key)
{
    KCoreConfigSkeleton::ItemString *item;
    item = new KCoreConfigSkeleton::ItemString(d->mCurrentGroup, key.isEmpty() ? name : key,
            reference, defaultValue,
            KCoreConfigSkeleton::ItemString::Normal);
    addItem(item, name);
    return item;
}

KCoreConfigSkeleton::ItemPassword *KCoreConfigSkeleton::addItemPassword(const QString &name, QString &reference,
        const QString &defaultValue, const QString &key)
{
    KCoreConfigSkeleton::ItemPassword *item;
    item = new KCoreConfigSkeleton::ItemPassword(d->mCurrentGroup, key.isNull() ? name : key,
            reference, defaultValue);
    addItem(item, name);
    return item;
}

KCoreConfigSkeleton::ItemPath *KCoreConfigSkeleton::addItemPath(const QString &name, QString &reference,
        const QString &defaultValue, const QString &key)
{
    KCoreConfigSkeleton::ItemPath *item;
    item = new KCoreConfigSkeleton::ItemPath(d->mCurrentGroup, key.isNull() ? name : key,
            reference, defaultValue);
    addItem(item, name);
    return item;
}

KCoreConfigSkeleton::ItemProperty *KCoreConfigSkeleton::addItemProperty(const QString &name, QVariant &reference,
        const QVariant &defaultValue, const QString &key)
{
    KCoreConfigSkeleton::ItemProperty *item;
    item = new KCoreConfigSkeleton::ItemProperty(d->mCurrentGroup, key.isNull() ? name : key,
            reference, defaultValue);
    addItem(item, name);
    return item;
}

KCoreConfigSkeleton::ItemBool *KCoreConfigSkeleton::addItemBool(const QString &name, bool &reference,
        bool defaultValue, const QString &key)
{
    KCoreConfigSkeleton::ItemBool *item;
    item = new KCoreConfigSkeleton::ItemBool(d->mCurrentGroup, key.isNull() ? name : key,
            reference, defaultValue);
    addItem(item, name);
    return item;
}

KCoreConfigSkeleton::ItemInt *KCoreConfigSkeleton::addItemInt(const QString &name, qint32 &reference,
        qint32 defaultValue, const QString &key)
{
    KCoreConfigSkeleton::ItemInt *item;
    item = new KCoreConfigSkeleton::ItemInt(d->mCurrentGroup, key.isNull() ? name : key,
                                            reference, defaultValue);
    addItem(item, name);
    return item;
}

KCoreConfigSkeleton::ItemUInt *KCoreConfigSkeleton::addItemUInt(const QString &name, quint32 &reference,
        quint32 defaultValue, const QString &key)
{
    KCoreConfigSkeleton::ItemUInt *item;
    item = new KCoreConfigSkeleton::ItemUInt(d->mCurrentGroup, key.isNull() ? name : key,
            reference, defaultValue);
    addItem(item, name);
    return item;
}

KCoreConfigSkeleton::ItemLongLong *KCoreConfigSkeleton::addItemLongLong(const QString &name, qint64 &reference,
        qint64 defaultValue, const QString &key)
{
    KCoreConfigSkeleton::ItemLongLong *item;
    item = new KCoreConfigSkeleton::ItemLongLong(d->mCurrentGroup, key.isNull() ? name : key,
            reference, defaultValue);
    addItem(item, name);
    return item;
}

#ifndef KDE_NO_DEPRECATED
KCoreConfigSkeleton::ItemLongLong *KCoreConfigSkeleton::addItemInt64(
    const QString &name,
    qint64 &reference,
    qint64 defaultValue,
    const QString &key)
{
    return addItemLongLong(name, reference, defaultValue, key);
}
#endif

KCoreConfigSkeleton::ItemULongLong *KCoreConfigSkeleton::addItemULongLong(const QString &name, quint64 &reference,
        quint64 defaultValue, const QString &key)
{
    KCoreConfigSkeleton::ItemULongLong *item;
    item = new KCoreConfigSkeleton::ItemULongLong(d->mCurrentGroup, key.isNull() ? name : key,
            reference, defaultValue);
    addItem(item, name);
    return item;
}

#ifndef KDE_NO_DEPRECATED
KCoreConfigSkeleton::ItemULongLong *KCoreConfigSkeleton::addItemUInt64(
    const QString &name,
    quint64 &reference,
    quint64 defaultValue,
    const QString &key)
{
    return addItemULongLong(name, reference, defaultValue, key);
}
#endif

KCoreConfigSkeleton::ItemDouble *KCoreConfigSkeleton::addItemDouble(const QString &name, double &reference,
        double defaultValue, const QString &key)
{
    KCoreConfigSkeleton::ItemDouble *item;
    item = new KCoreConfigSkeleton::ItemDouble(d->mCurrentGroup, key.isNull() ? name : key,
            reference, defaultValue);
    addItem(item, name);
    return item;
}

KCoreConfigSkeleton::ItemRect *KCoreConfigSkeleton::addItemRect(const QString &name, QRect &reference,
        const QRect &defaultValue, const QString &key)
{
    KCoreConfigSkeleton::ItemRect *item;
    item = new KCoreConfigSkeleton::ItemRect(d->mCurrentGroup, key.isNull() ? name : key,
            reference, defaultValue);
    addItem(item, name);
    return item;
}

KCoreConfigSkeleton::ItemPoint *KCoreConfigSkeleton::addItemPoint(const QString &name, QPoint &reference,
        const QPoint &defaultValue, const QString &key)
{
    KCoreConfigSkeleton::ItemPoint *item;
    item = new KCoreConfigSkeleton::ItemPoint(d->mCurrentGroup, key.isNull() ? name : key,
            reference, defaultValue);
    addItem(item, name);
    return item;
}

KCoreConfigSkeleton::ItemSize *KCoreConfigSkeleton::addItemSize(const QString &name, QSize &reference,
        const QSize &defaultValue, const QString &key)
{
    KCoreConfigSkeleton::ItemSize *item;
    item = new KCoreConfigSkeleton::ItemSize(d->mCurrentGroup, key.isNull() ? name : key,
            reference, defaultValue);
    addItem(item, name);
    return item;
}

KCoreConfigSkeleton::ItemDateTime *KCoreConfigSkeleton::addItemDateTime(const QString &name, QDateTime &reference,
        const QDateTime &defaultValue, const QString &key)
{
    KCoreConfigSkeleton::ItemDateTime *item;
    item = new KCoreConfigSkeleton::ItemDateTime(d->mCurrentGroup, key.isNull() ? name : key,
            reference, defaultValue);
    addItem(item, name);
    return item;
}

KCoreConfigSkeleton::ItemStringList *KCoreConfigSkeleton::addItemStringList(const QString &name, QStringList &reference,
        const QStringList &defaultValue, const QString &key)
{
    KCoreConfigSkeleton::ItemStringList *item;
    item = new KCoreConfigSkeleton::ItemStringList(d->mCurrentGroup, key.isNull() ? name : key,
            reference, defaultValue);
    addItem(item, name);
    return item;
}

KCoreConfigSkeleton::ItemIntList *KCoreConfigSkeleton::addItemIntList(const QString &name, QList<int> &reference,
        const QList<int> &defaultValue, const QString &key)
{
    KCoreConfigSkeleton::ItemIntList *item;
    item = new KCoreConfigSkeleton::ItemIntList(d->mCurrentGroup, key.isNull() ? name : key,
            reference, defaultValue);
    addItem(item, name);
    return item;
}

bool KCoreConfigSkeleton::isImmutable(const QString &name) const
{
    KConfigSkeletonItem *item = findItem(name);
    return !item || item->isImmutable();
}

KConfigSkeletonItem *KCoreConfigSkeleton::findItem(const QString &name) const
{
    return d->mItemDict.value(name);
}

KConfigCompilerSignallingItem::KConfigCompilerSignallingItem(KConfigSkeletonItem* item, QObject* object,
        KConfigCompilerSignallingItem::NotifyFunction targetFunction, quint64 userData)
    : KConfigSkeletonItem(item->group(), item->key()), mItem(item), mTargetFunction(targetFunction),
    mObject(object), mUserData(userData)
{
    Q_ASSERT(mTargetFunction);
    Q_ASSERT(mItem);
    Q_ASSERT(mObject);
}

KConfigCompilerSignallingItem::~KConfigCompilerSignallingItem()
{
}

bool KConfigCompilerSignallingItem::isEqual(const QVariant& p) const
{
    return mItem->isEqual(p);
}

QVariant KConfigCompilerSignallingItem::property() const
{
    return mItem->property();
}

void KConfigCompilerSignallingItem::readConfig(KConfig* c)
{
    QVariant oldValue = mItem->property();
    mItem->readConfig(c);
    //readConfig() changes mIsImmutable, update it here as well
    KConfigGroup cg(c, mGroup );
    readImmutability(cg);
    if (!mItem->isEqual(oldValue)) {
        invokeNotifyFunction();
    }
}

void KConfigCompilerSignallingItem::readDefault(KConfig* c)
{
    mItem->readDefault(c);
    //readDefault() changes mIsImmutable, update it here as well
    KConfigGroup cg(c, mGroup );
    readImmutability(cg);
}

void KConfigCompilerSignallingItem::writeConfig(KConfig* c)
{
    mItem->writeConfig(c);
}

void KConfigCompilerSignallingItem::setDefault()
{
    QVariant oldValue = mItem->property();
    mItem->setDefault();
    if (!mItem->isEqual(oldValue)) {
        invokeNotifyFunction();
    }
}

void KConfigCompilerSignallingItem::setProperty(const QVariant& p)
{
    if (!mItem->isEqual(p)) {
        mItem->setProperty(p);
        invokeNotifyFunction();
    }
}

void KConfigCompilerSignallingItem::swapDefault()
{
    QVariant oldValue = mItem->property();
    mItem->swapDefault();
    if (!mItem->isEqual(oldValue)) {
        invokeNotifyFunction();
    }
}