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#include "qcontactdetaildefinition.h"

#include "qcontactdetaildefinition_p.h"

QTM_BEGIN_NAMESPACE

/*!

  \class QContactDetailDefinition

  The QContactDetailDefinition class provides the specification for

  a detail that can be included in any particular QContact.

  The definition does not include any data, but defines

  the semantics of the representation and use of data

  details that are stored in a QContact.

 */

/*!

  \fn QContactDetailDefinition::operator!=(const QContactDetailDefinition& other) const

  Returns true if this detail definition has different allowable field types or uniqueness to the \a other definition

 */

/*! Construct a new, invalid QContactDetailDefinition */

QContactDetailDefinition::QContactDetailDefinition()

    : d(new QContactDetailDefinitionData)

{

}

/*! Constructs a new QContactDetailDefinition from \a other */

QContactDetailDefinition::QContactDetailDefinition(const QContactDetailDefinition& other)

    : d(other.d)

{

}

/*! Assigns this QContactDetailDefinition to \a other */

QContactDetailDefinition& QContactDetailDefinition::operator=(const QContactDetailDefinition& other)

{

    d = other.d;

    return *this;

}

/*! Frees the memory used by this QContactDetailDefinition */

QContactDetailDefinition::~QContactDetailDefinition()

{

}

/*! Returns true if the definition has the same type, uniqueness and allowable value datatypes as \a other */

bool QContactDetailDefinition::operator==(const QContactDetailDefinition& other) const

{

    if (d->m_name != other.d->m_name)

        return false;

    if (d->m_unique != other.d->m_unique)

        return false;

    if (d->m_fields != other.d->m_fields)

        return false;

    return true;

}

/*! Returns true if the id and fields of this definition are empty */

bool QContactDetailDefinition::isEmpty() const

{

    if (!d->m_name.isEmpty())

        return false;

    if (!d->m_fields.isEmpty())

        return false;

    return true;

}

/*! Sets the unique identifier of this detail type to \a definitionName. */

void QContactDetailDefinition::setName(const QString& definitionName)

{

    d->m_name = definitionName;

}

/*!

  Sets whether a contact can have more than one detail of this type.

  If \a unique is true, only one detail of this type can be added.

  Otherwise, any number can be added.

 */

void QContactDetailDefinition::setUnique(bool unique)

{

    d->m_unique = unique;

}

/*! Returns the identifier of this detail definition */

QString QContactDetailDefinition::name() const

{

    return d->m_name;

}

/*! Returns the per-contact uniqueness of this definition */

bool QContactDetailDefinition::isUnique() const

{

    return d->m_unique;

}

/*! Sets the fields which constitute the data of details of this this definition to \a fields */

void QContactDetailDefinition::setFields(const QMap<QString, QContactDetailFieldDefinition>& fields)

{

    d->m_fields = fields;

}

/*! Returns the map of keys to fields which are present in details of this definition */

QMap<QString, QContactDetailFieldDefinition> QContactDetailDefinition::fields() const

{

    return d->m_fields;

}

/*! Inserts the field \a field into the map of fields which constitute the data of details of this definition for the given field key \a key.

    If another field for that key already exists in the definition, it will be overwritten. */

void QContactDetailDefinition::insertField(const QString& key, const QContactDetailFieldDefinition& field)

{

    d->m_fields.insert(key, field);

}

/*! Removes the field associated with the given field key \a key from the map of fields which constitute the data of details of this definition. */

void QContactDetailDefinition::removeField(const QString& key)

{

    d->m_fields.remove(key);

}

QTM_END_NAMESPACE