/****************************************************************************

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****************************************************************************/

#ifndef QTCONTACTSGLOBAL_H

#define QTCONTACTSGLOBAL_H

#include <qmobilityglobal.h>

#include <QString>

#define QTCONTACTS_VERSION_NAME "com.nokia.qt.mobility.contacts.api.version" 

#define QTCONTACTS_IMPLEMENTATION_VERSION_NAME "com.nokia.qt.mobility.contacts.implementation.version" 

#define QTCONTACTS_VERSION 1 

QTM_BEGIN_NAMESPACE

typedef quint32 QContactLocalId; // XXX Put this else where

/*

 * Latin1Literal

 *

 * The idea of the Latin1Literal is to provide a POD-esque container

 * for constant strings which are defined in various places

 * (e.g., detail leaf class definition names, field keys, constant field values, etc).

 * We would ideally like these to be stored in the .rodata section to allow

 * sharing / minimise footprint.

 *

 * Given that the declare/define macros are const anyway, we changed the

 * member to a char array from a const char array, in order to squash

 * the compiler warning regarding uninitialised const value without

 * initialiser list in default ctor (POD requires default ctor).

 * Does it work as hoped?

 */

template <int N> struct Latin1Literal

{

    //const char str[N]; // causes compiler warning due to uninitialized const value

    char str[N];

    operator QLatin1String() const {return QLatin1String(str);}

    operator QString() const {return QString::fromLatin1(str, N-1);}

};

template<int N> bool operator==(const Latin1Literal<N>& a, const QLatin1String& b)

{

    return QLatin1String(a.str) == b;

}

template<int N> bool operator==(const Latin1Literal<N>& a, const QString& b)

{

    return b == QLatin1String(a.str);

}

template<int N> bool operator==(const QLatin1String& b, const Latin1Literal<N>& a)

{

    return QLatin1String(a.str) == b;

}

template<int N> bool operator==(const QString& b, const Latin1Literal<N>& a)

{

    return b == QLatin1String(a.str);

}

template<int N> bool operator!=(const Latin1Literal<N>& a, const QLatin1String& b)

{

    return QLatin1String(a.str) != b;

}

template<int N> bool operator!=(const Latin1Literal<N>& a, const QString& b)

{

    return b != QLatin1String(a.str);

}

template<int N> bool operator!=(const QLatin1String& b, const Latin1Literal<N>& a)

{

    return QLatin1String(a.str) != b;

}

template<int N> bool operator!=(const QString& b, const Latin1Literal<N>& a)

{

    return b != QLatin1String(a.str);

}

#define Q_DECLARE_LATIN1_LITERAL(varname, str) static const Latin1Literal<sizeof(str)> varname

#define Q_DEFINE_LATIN1_LITERAL(varname, str) const Latin1Literal<sizeof(str)> varname = {str}

QTM_END_NAMESPACE

// Not needed since this is a typedef, and qglobal already does this for the base type

// Q_DECLARE_TYPEINFO(QTM_PREPEND_NAMESPACE(QContactLocalId), Q_PRIMITIVE_TYPE);

#endif