path: root/src/uml/qmultiplicityelement.cpp

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#include "qmultiplicityelement.h"
#include "qmultiplicityelement_p.h"

#include <QtUml/QValueSpecification>

QT_BEGIN_NAMESPACE_QTUML

QMultiplicityElementPrivate::QMultiplicityElementPrivate() :
    isUnique(true),
    isOrdered(false),
    upperValue(0),
    lowerValue(0)
{
}

QMultiplicityElementPrivate::~QMultiplicityElementPrivate()
{
}

/*!
    \class QMultiplicityElement

    \inmodule QtUml

    \brief A multiplicity is a definition of an inclusive interval of non-negative integers beginning with a lower bound and ending with a (possibly infinite) upper bound. A multiplicity element embeds this information to specify the allowable cardinalities for an instantiation of this element.
 */

QMultiplicityElement::QMultiplicityElement(QtMof::QMofObject *parent, QtMof::QMofObject *wrapper) :
    QElement(*new QMultiplicityElementPrivate, parent, wrapper)
{
}

QMultiplicityElement::QMultiplicityElement(QMultiplicityElementPrivate &dd, QtMof::QMofObject *parent, QtMof::QMofObject *wrapper) :
    QElement(dd, parent, wrapper)
{
}

QMultiplicityElement::~QMultiplicityElement()
{
}

// ---------------------------------------------------------------
// ATTRIBUTES FROM QMultiplicityElement
// ---------------------------------------------------------------

/*!
    Specifies the upper bound of the multiplicity interval.
 */
qint32 QMultiplicityElement::upper() const
{
    // This is a read-write derived attribute

    qWarning("QMultiplicityElement::upper: to be implemented (this is a derived attribute)");

    return qint32(); // change here to your derived return
}

void QMultiplicityElement::setUpper(qint32 upper)
{
    // This is a read-write derived attribute

    qWarning("QMultiplicityElement::setUpper: to be implemented (this is a derived attribute)");
    Q_UNUSED(upper);

    if (false) { // change to your derived change criteria
        // change to your derived code
    }
}

/*!
    For a multivalued multiplicity, this attributes specifies whether the values in an instantiation of this element are unique.
 */
bool QMultiplicityElement::isUnique() const
{
    // This is a read-write attribute

    Q_D(const QMultiplicityElement);
    return d->isUnique;
}

void QMultiplicityElement::setUnique(bool isUnique)
{
    // This is a read-write attribute

    Q_D(QMultiplicityElement);
    if (d->isUnique != isUnique) {
        d->isUnique = isUnique;
    }
}

/*!
    For a multivalued multiplicity, this attribute specifies whether the values in an instantiation of this element are sequentially ordered.
 */
bool QMultiplicityElement::isOrdered() const
{
    // This is a read-write attribute

    Q_D(const QMultiplicityElement);
    return d->isOrdered;
}

void QMultiplicityElement::setOrdered(bool isOrdered)
{
    // This is a read-write attribute

    Q_D(QMultiplicityElement);
    if (d->isOrdered != isOrdered) {
        d->isOrdered = isOrdered;
    }
}

/*!
    Specifies the lower bound of the multiplicity interval.
 */
qint32 QMultiplicityElement::lower() const
{
    // This is a read-write derived attribute

    qWarning("QMultiplicityElement::lower: to be implemented (this is a derived attribute)");

    return qint32(); // change here to your derived return
}

void QMultiplicityElement::setLower(qint32 lower)
{
    // This is a read-write derived attribute

    qWarning("QMultiplicityElement::setLower: to be implemented (this is a derived attribute)");
    Q_UNUSED(lower);

    if (false) { // change to your derived change criteria
        // change to your derived code
    }
}

// ---------------------------------------------------------------
// ASSOCIATION ENDS FROM QMultiplicityElement
// ---------------------------------------------------------------

/*!
    The specification of the upper bound for this multiplicity.
 */
QValueSpecification *QMultiplicityElement::upperValue() const
{
    // This is a read-write association end

    Q_D(const QMultiplicityElement);
    return d->upperValue;
}

void QMultiplicityElement::setUpperValue(QValueSpecification *upperValue)
{
    // This is a read-write association end

    Q_D(QMultiplicityElement);
    if (d->upperValue != upperValue) {
        // Adjust subsetted property(ies)
        (qmofobject_cast<QElementPrivate *>(d))->removeOwnedElement(qmofobject_cast<QElement *>(d->upperValue));

        d->upperValue = upperValue;

        // Adjust subsetted property(ies)
        if (upperValue) {
            (qmofobject_cast<QElementPrivate *>(d))->addOwnedElement(qmofobject_cast<QElement *>(upperValue));
        }
    }
}

/*!
    The specification of the lower bound for this multiplicity.
 */
QValueSpecification *QMultiplicityElement::lowerValue() const
{
    // This is a read-write association end

    Q_D(const QMultiplicityElement);
    return d->lowerValue;
}

void QMultiplicityElement::setLowerValue(QValueSpecification *lowerValue)
{
    // This is a read-write association end

    Q_D(QMultiplicityElement);
    if (d->lowerValue != lowerValue) {
        // Adjust subsetted property(ies)
        (qmofobject_cast<QElementPrivate *>(d))->removeOwnedElement(qmofobject_cast<QElement *>(d->lowerValue));

        d->lowerValue = lowerValue;

        // Adjust subsetted property(ies)
        if (lowerValue) {
            (qmofobject_cast<QElementPrivate *>(d))->addOwnedElement(qmofobject_cast<QElement *>(lowerValue));
        }
    }
}

/*!
    The operation compatibleWith takes another multiplicity as input. It checks if one multiplicity is compatible with another.
 */
bool QMultiplicityElement::compatibleWith(const QMultiplicityElement *other) const
{
    qWarning("QMultiplicityElement::compatibleWith: operation to be implemented");
    Q_UNUSED(other);

    return bool(); // change here to your derived return
}

/*!
    The query includesCardinality() checks whether the specified cardinality is valid for this multiplicity.
 */
bool QMultiplicityElement::includesCardinality(qint32 C) const
{
    qWarning("QMultiplicityElement::includesCardinality: operation to be implemented");
    Q_UNUSED(C);

    return bool(); // change here to your derived return
}

/*!
    The query includesMultiplicity() checks whether this multiplicity includes all the cardinalities allowed by the specified multiplicity.
 */
bool QMultiplicityElement::includesMultiplicity(const QMultiplicityElement *M) const
{
    qWarning("QMultiplicityElement::includesMultiplicity: operation to be implemented");
    Q_UNUSED(M);

    return bool(); // change here to your derived return
}

/*!
    The operation is determines if the upper and lower bound of the ranges are the ones given.
 */
bool QMultiplicityElement::is(qint32 lowerbound, qint32 upperbound) const
{
    qWarning("QMultiplicityElement::is: operation to be implemented");
    Q_UNUSED(lowerbound);
    Q_UNUSED(upperbound);

    return bool(); // change here to your derived return
}

/*!
    The query isMultivalued() checks whether this multiplicity has an upper bound greater than one.
 */
bool QMultiplicityElement::isMultivalued() const
{
    qWarning("QMultiplicityElement::isMultivalued: operation to be implemented");

    return bool(); // change here to your derived return
}

/*!
    The query lowerBound() returns the lower bound of the multiplicity as an integer.
 */
qint32 QMultiplicityElement::lowerBound() const
{
    qWarning("QMultiplicityElement::lowerBound: operation to be implemented");

    return qint32(); // change here to your derived return
}

/*!
    The query upperBound() returns the upper bound of the multiplicity for a bounded multiplicity as an unlimited natural.
 */
qint32 QMultiplicityElement::upperBound() const
{
    qWarning("QMultiplicityElement::upperBound: operation to be implemented");

    return qint32(); // change here to your derived return
}

#include "moc_qmultiplicityelement.cpp"

QT_END_NAMESPACE_QTUML