/* d�finition d'une classe drug avec 3 propri�t�s : 'code', 'name', 'description' */
class drug { public: QString code; QString name; QString desc; };

/* pointeur intelligent associ� � la classe drug */
typedef boost::shared_ptr<drug> drug_ptr;

/* collection de drugs (acc�s rapide � un �l�ment de la collection par la propri�t� 'code') */
qx::QxCollection<QString, drug_ptr> lstDrugs;

/* cr�ation de 3 nouveaux drugs */
drug_ptr d1; d1.reset(new drug()); d1->code = "code1"; d1->name = "name1"; d1->desc = "desc1";
drug_ptr d2; d2.reset(new drug()); d2->code = "code2"; d2->name = "name2"; d2->desc = "desc2";
drug_ptr d3; d3.reset(new drug()); d3->code = "code3"; d3->name = "name3"; d3->desc = "desc3";

/* insertion des 3 drugs dans la collection */
lstDrugs.insert(d1->code, d1);
lstDrugs.insert(d2->code, d2);
lstDrugs.insert(d3->code, d3);

/* parcours la collection en utilisant le mot-cl� '_foreach' */
_foreach(drug_ptr p, lstDrugs)
{ qDebug() << qPrintable(p->name) << " " << qPrintable(p->desc); }

/* parcours la collection en utilisant une boucle 'for' */
for (long l = 0; l < lstDrugs.count(); ++l)
{
   drug_ptr p = lstDrugs.getByIndex(l);
   QString code = lstDrugs.getKeyByIndex(l);
   qDebug() << qPrintable(p->name) << " " << qPrintable(p->desc);
}

/* parcours la collection en utilisant le style Java avec 'QxCollectionIterator' */
qx::QxCollectionIterator<QString, drug_ptr> itr(lstDrugs);
while (itr.next())
{
   QString code = itr.key();
   qDebug() << qPrintable(itr.value()->name) << " " << qPrintable(itr.value()->desc);
}

/* effectue un tri croissant par cl� (propri�t� 'code') et d�croissant par valeur */
lstDrugs.sortByKey(true);
lstDrugs.sortByValue(false);

/* acc�s rapide � un drug par son 'code' */
drug_ptr p = lstDrugs.getByKey("code2");

/* acc�s rapide � un drug par son index (position) dans la collection */
drug_ptr p = lstDrugs.getByIndex(2);

/* teste si un drug existe dans la collection et si la liste est vide */
bool bExist = lstDrugs.exist("code3");
bool bEmpty = lstDrugs.empty();

/* supprime de la collection le 2�me �l�ment */
lstDrugs.removeByIndex(2);

/* supprime de la collection l'�l�ment avec le code 'code3' */
lstDrugs.removeByKey("code3");

/* efface tous les �l�ments de la collection */
lstDrugs.clear();

// exemple d'utilisation de la m�thode 'isDirty()'
qx::dao::ptr<blog> blog_isdirty = qx::dao::ptr<blog>(new blog());
blog_isdirty->m_id = blog_1->m_id;
daoError = qx::dao::fetch_by_id(blog_isdirty);
qAssert(! daoError.isValid() && ! blog_isdirty.isDirty());

blog_isdirty->m_text = "blog property 'text' modified => blog is dirty !!!";
QStringList lstDiff; bool bDirty = blog_isdirty.isDirty(lstDiff);
qAssert(bDirty && (lstDiff.count() == 1) && (lstDiff.at(0) == "blog_text"));
if (bDirty) { qDebug("[QxOrm] test dirty 1 : blog is dirty => '%s'", qPrintable(lstDiff.join("|"))); }

// met � jour uniquement la propri�t� 'm_text' de l'instance 'blog_isdirty'
daoError = qx::dao::update_optimized(blog_isdirty);
qAssert(! daoError.isValid() && ! blog_isdirty.isDirty());
qx::dump(blog_isdirty);

// exemple d'utilisation de la m�thode 'isDirty()' avec une liste d'objets
typedef qx::dao::ptr< QList<author_ptr> > type_lst_author_test_is_dirty;

type_lst_author_test_is_dirty container_isdirty = type_lst_author_test_is_dirty(new QList<author_ptr>());
daoError = qx::dao::fetch_all(container_isdirty);
qAssert(! daoError.isValid() && ! container_isdirty.isDirty() && (container_isdirty->count() == 3));

author_ptr author_ptr_dirty = container_isdirty->at(1);
author_ptr_dirty->m_name = "author name modified at index 1 => container is dirty !!!";
bDirty = container_isdirty.isDirty(lstDiff);
qAssert(bDirty && (lstDiff.count() == 1));
if (bDirty) { qDebug("[QxOrm] test dirty 2 : container is dirty => '%s'", qPrintable(lstDiff.join("|"))); }

author_ptr_dirty = container_isdirty->at(2);
author_ptr_dirty->m_birthdate = QDate(1998, 03, 06);
bDirty = container_isdirty.isDirty(lstDiff);
qAssert(bDirty && (lstDiff.count() == 2));
if (bDirty) { qDebug("[QxOrm] test dirty 3 : container is dirty => '%s'", qPrintable(lstDiff.join("|"))); }

// met � jour la propri�t� 'm_name' en position 1, la propri�t� 'm_birthdate' en position 2 et ne change rien en position 0
daoError = qx::dao::update_optimized(container_isdirty);
qAssert(! daoError.isValid() && ! container_isdirty.isDirty());
qx::dump(container_isdirty);

// r�cup�re uniquement la propri�t� 'm_dt_creation' du blog
QStringList lstColumns = QStringList() << "date_creation";
list_blog lst_blog_with_only_date_creation;
daoError = qx::dao::fetch_all(lst_blog_with_only_date_creation, NULL, lstColumns);
qAssert(! daoError.isValid() && (lst_blog_with_only_date_creation.size() > 0));

if ((lst_blog_with_only_date_creation.size() > 0) && (lst_blog_with_only_date_creation[0] != NULL))
{ qAssert(lst_blog_with_only_date_creation[0]->m_text.isEmpty()); }

qx::dump(lst_blog_with_only_date_creation);

#ifndef _QX_BLOG_AUTHOR_H_
#define _QX_BLOG_AUTHOR_H_
 
class author
{
public:
// -- propri�t�s
   QString  m_id;
   QString  m_name;
// -- constructeur, destructeur virtuel
   author() { ; }
   virtual ~author() { ; }
};

QX_REGISTER_PRIMARY_KEY(author, QString)
QX_REGISTER_HPP_QX_BLOG(author, qx::trait::no_base_class_defined, 0)

#endif // _QX_BLOG_AUTHOR_H_

#ifndef _QX_BLOG_AUTHOR_H_
#define _QX_BLOG_AUTHOR_H_

class blog;

class QX_BLOG_DLL_EXPORT author
{

   QX_REGISTER_FRIEND_CLASS(author)

public:

// -- cl� compos�e (cl� primaire d�finie sur plusieurs colonnes dans la base de donn�es)
   typedef boost::tuple<QString, long, QString> type_composite_key;
   static QString str_composite_key() { return "author_id_0|author_id_1|author_id_2"; }

// -- typedef
   typedef boost::shared_ptr<blog> blog_ptr;
   typedef std::vector<blog_ptr> list_blog;

// -- enum
   enum enum_sex { male, female, unknown };

// -- propri�t�s
   type_composite_key   m_id;
   QString              m_name;
   QDate                m_birthdate;
   enum_sex             m_sex;
   list_blog            m_blogX;

// -- constructeur, destructeur virtuel
   author() : m_id("", 0, ""), m_sex(unknown) { ; }
   virtual ~author() { ; }

// -- m�thodes
   int age() const;

// -- m�thodes d'acc�s � la cl� compos�e
   type_composite_key getId() const    { return m_id; }
   QString getId_0() const             { return boost::tuples::get<0>(m_id); }
   long getId_1() const                { return boost::tuples::get<1>(m_id); }
   QString getId_2() const             { return boost::tuples::get<2>(m_id); }

// -- m�thodes de modification de la cl� compos�e
   void setId_0(const QString & s)     { boost::tuples::get<0>(m_id) = s; }
   void setId_1(long l)                { boost::tuples::get<1>(m_id) = l; }
   void setId_2(const QString & s)     { boost::tuples::get<2>(m_id) = s; }

};

QX_REGISTER_PRIMARY_KEY(author, author::type_composite_key)
QX_REGISTER_HPP_QX_BLOG(author, qx::trait::no_base_class_defined, 0)

typedef boost::shared_ptr<author> author_ptr;
typedef qx::QxCollection<author::type_composite_key, author_ptr> list_author;

#endif // _QX_BLOG_AUTHOR_H_

#include "../include/precompiled.h"
#include "../include/author.h"
#include "../include/blog.h"
#include <QxOrm_Impl.h>

QX_REGISTER_CPP_QX_BLOG(author)

namespace qx {
template <> void register_class(QxClass<author> & t)
{
   t.id(& author::m_id, author::str_composite_key());

   t.data(& author::m_name, "name");
   t.data(& author::m_birthdate, "birthdate");
   t.data(& author::m_sex, "sex");

   t.relationOneToMany(& author::m_blogX, blog::str_composite_key(), author::str_composite_key());

   t.fct_0<int>(& author::age, "age");
}}

int author::age() const
{
   if (! m_birthdate.isValid()) { return -1; }
   return (QDate::currentDate().year() - m_birthdate.year());
}

namespace qx {
namespace test {

class QX_DLL1_EXPORT CPerson : public QObject
{

   Q_OBJECT
   QX_REGISTER_FRIEND_CLASS(qx::test::CPerson)

   // etc...

};

} // namespace test
} // namespace qx

#ifndef _QX_BASE_CLASS_TRIGGER_H_
#define _QX_BASE_CLASS_TRIGGER_H_

class QX_DLL2_EXPORT BaseClassTrigger
{

   QX_REGISTER_FRIEND_CLASS(BaseClassTrigger)

protected:

   long        m_id;
   QDateTime   m_dateCreation;
   QDateTime   m_dateModification;
   QString     m_userCreation;
   QString     m_userModification;

public:

   BaseClassTrigger() : m_id(0)  { ; }
   virtual ~BaseClassTrigger()   { ; }

   long getId() const                     { return m_id; }
   QDateTime getDateCreation() const      { return m_dateCreation; }
   QDateTime getDateModification() const  { return m_dateModification; }
   QString getUserCreation() const        { return m_userCreation; }
   QString getUserModification() const    { return m_userModification; }

   void setId(long l)                              { m_id = l; }
   void setDateCreation(const QDateTime & dt)      { m_dateCreation = dt; }
   void setDateModification(const QDateTime & dt)  { m_dateModification = dt; }
   void setUserCreation(const QString & s)         { m_userCreation = s; }
   void setUserModification(const QString & s)     { m_userModification = s; }

   void onBeforeInsert(qx::dao::detail::IxDao_Helper * dao);
   void onBeforeUpdate(qx::dao::detail::IxDao_Helper * dao);

};

QX_REGISTER_HPP_QX_DLL2(BaseClassTrigger, qx::trait::no_base_class_defined, 0)

namespace qx {
namespace dao {
namespace detail {

template <>
struct QxDao_Trigger<BaseClassTrigger>
{

   static inline void onBeforeInsert(BaseClassTrigger * t, qx::dao::detail::IxDao_Helper * dao)
   { if (t) { t->onBeforeInsert(dao); } }
   static inline void onBeforeUpdate(BaseClassTrigger * t, qx::dao::detail::IxDao_Helper * dao)
   { if (t) { t->onBeforeUpdate(dao); } }
   static inline void onBeforeDelete(BaseClassTrigger * t, qx::dao::detail::IxDao_Helper * dao)
   { Q_UNUSED(t); Q_UNUSED(dao); }
   static inline void onBeforeFetch(BaseClassTrigger * t, qx::dao::detail::IxDao_Helper * dao)
   { Q_UNUSED(t); Q_UNUSED(dao); }
   static inline void onAfterInsert(BaseClassTrigger * t, qx::dao::detail::IxDao_Helper * dao)
   { Q_UNUSED(t); Q_UNUSED(dao); }
   static inline void onAfterUpdate(BaseClassTrigger * t, qx::dao::detail::IxDao_Helper * dao)
   { Q_UNUSED(t); Q_UNUSED(dao); }
   static inline void onAfterDelete(BaseClassTrigger * t, qx::dao::detail::IxDao_Helper * dao)
   { Q_UNUSED(t); Q_UNUSED(dao); }
   static inline void onAfterFetch(BaseClassTrigger * t, qx::dao::detail::IxDao_Helper * dao)
   { Q_UNUSED(t); Q_UNUSED(dao); }

};

} // namespace detail
} // namespace dao
} // namespace qx

#endif // _QX_BASE_CLASS_TRIGGER_H_

#include "../include/precompiled.h"
#include "../include/BaseClassTrigger.h"
#include <QxOrm_Impl.h>

QX_REGISTER_CPP_QX_DLL2(BaseClassTrigger)

namespace qx {
template <> void register_class(QxClass<BaseClassTrigger> & t)
{
   IxDataMember * pData = NULL;

   pData = t.id(& BaseClassTrigger::m_id, "id");

   pData = t.data(& BaseClassTrigger::m_dateCreation, "date_creation");
   pData = t.data(& BaseClassTrigger::m_dateModification, "date_modification");
   pData = t.data(& BaseClassTrigger::m_userCreation, "user_creation");
   pData = t.data(& BaseClassTrigger::m_userModification, "user_modification");
}}

void BaseClassTrigger::onBeforeInsert(qx::dao::detail::IxDao_Helper * dao)
{
   Q_UNUSED(dao);
   m_dateCreation = QDateTime::currentDateTime();
   m_dateModification = QDateTime::currentDateTime();
   m_userCreation = "current_user_1";
   m_userModification = "current_user_1";
}

void BaseClassTrigger::onBeforeUpdate(qx::dao::detail::IxDao_Helper * dao)
{
   Q_UNUSED(dao);
   m_dateModification = QDateTime::currentDateTime();
   m_userModification = "current_user_2";
}

namespace qx {
template <> void register_class(QxClass<Bar> & t)
{
   t.setSoftDelete(qx::QxSoftDelete("deleted_at"));

   t.id(& Bar::m_id, "id");
   t.data(& Bar::m_desc, "desc");
}}

Bar_ptr pBar; pBar.reset(new Bar());
pBar->setId(5);
QSqlError daoError = qx::dao::delete_by_id(pBar);     qAssert(! daoError.isValid());
qx_bool bDaoExist = qx::dao::exist(pBar);             qAssert(! bDaoExist);
daoError = qx::dao::delete_all<Bar>();                qAssert(! daoError.isValid());
long lBarCount = qx::dao::count<Bar>();               qAssert(lBarCount == 0);
daoError = qx::dao::destroy_all<Bar>();               qAssert(! daoError.isValid());

[QxOrm] sql query (93 ms) : UPDATE Bar SET deleted_at = '20110617115148615' WHERE id = :id
[QxOrm] sql query (0 ms) : SELECT Bar.id AS Bar_id_0, Bar.deleted_at FROM Bar WHERE Bar.id = :id AND (Bar.deleted_at IS NULL OR Bar.deleted_at = '')
[QxOrm] sql query (78 ms) : UPDATE Bar SET deleted_at = '20110617115148724'
[QxOrm] sql query (0 ms) : SELECT COUNT(*) FROM Bar WHERE (Bar.deleted_at IS NULL OR Bar.deleted_at = '')
[QxOrm] sql query (110 ms) : DELETE FROM Bar

{ // Ouverture d'un scope o� une session sera instanci�e

  // Cr�ation d'une session : une connection valide � la BDD est assign�e � la session et une transaction est d�marr�e
  qx::QxSession session;

  // Ex�cution d'une s�rie d'op�rations avec la BDD (en utilisant l'op�rateur += de la classe qx::QxSession et la connection de la session)
  session += qx::dao::insert(my_object, session.database());
  session += qx::dao::update(my_object, session.database());
  session += qx::dao::fetch_by_id(my_object, session.database());
  session += qx::dao::delete_by_id(my_object, session.database());

  // Si la session n'est pas valide (donc une erreur s'est produite) => affichage de la 1�re erreur de la session
  if (! session.isValid()) { qDebug("[QxOrm] session error : '%s'", qPrintable(session.firstError().text())); }

} // Fermeture du scope : la session est d�truite (transaction => commit ou rollback automatique)

{ // Ouverture d'un scope o� une session sera instanci�e

  // Cr�ation d'une session : une connection valide � la BDD est assign�e � la session et une transaction est d�marr�e
  qx::QxSession session;

  // Ex�cution d'une s�rie d'op�rations avec la BDD
  session.insert(my_object);
  session.update(my_object);
  session.fetchById(my_object);
  session.deleteById(my_object);

  // Si la session n'est pas valide (donc une erreur s'est produite) => affichage de la 1�re erreur de la session
  if (! session.isValid()) { qDebug("[QxOrm] session error : '%s'", qPrintable(session.firstError().text())); }

} // Fermeture du scope : la session est d�truite (transaction => commit ou rollback automatique)

#ifndef _PERSIST_EXTOBJECT3D_H_
#define _PERSIST_EXTOBJECT3D_H_

#include "ExtObject3D.h"

#include <boost/serialization/serialization.hpp>
#include <boost/serialization/split_free.hpp>
#include <boost/serialization/nvp.hpp>
 
namespace boost {
namespace serialization {

template <class Archive>
void save(Archive & ar, const ExtObject3D & t, unsigned int version)
{
   Q_UNUSED(version);
   double x(t.getX()), y(t.getY()), z(t.getZ()), angle(t.getAngle());

   ar << boost::serialization::make_nvp("x", x);
   ar << boost::serialization::make_nvp("y", y);
   ar << boost::serialization::make_nvp("z", z);
   ar << boost::serialization::make_nvp("angle", angle);
}

template <class Archive>
void load(Archive & ar, ExtObject3D & t, unsigned int version)
{
   Q_UNUSED(version);
   double x(0.0), y(0.0), z(0.0), angle(0.0);

   ar >> boost::serialization::make_nvp("x", x);
   ar >> boost::serialization::make_nvp("y", y);
   ar >> boost::serialization::make_nvp("z", z);
   ar >> boost::serialization::make_nvp("angle", angle);

   t.setX(x);
   t.setY(y);
   t.setZ(z);
   t.setAngle(angle);
}

} // namespace serialization
} // namespace boost
 
BOOST_SERIALIZATION_SPLIT_FREE(ExtObject3D)

#endif // _PERSIST_EXTOBJECT3D_H_

namespace qx {
namespace cvt {
namespace detail {

template <> struct QxConvert_ToVariant< ExtObject3D > {
static inline QVariant toVariant(const ExtObject3D & t, const QString & format, int index)
{ /* Ici je convertis ExtObject3D en QVariant */ } };

template <> struct QxConvert_FromVariant< ExtObject3D > {
static inline qx_bool fromVariant(const QVariant & v, ExtObject3D & t, const QString & format, int index)
{ /* Ici je convertis QVariant en ExtObject3D */; return qx_bool(true); } };

} // namespace detail
} // namespace cvt
} // namespace qx

QString QxClassX::dumpAllClasses()
{
   QxClassX::registerAllClasses();
   QxCollection<QString, IxClass *> * pAllClasses = QxClassX::getAllClasses();
   if (! pAllClasses) { qAssert(false); return ""; }

   QString sDump;
   long lCount = pAllClasses->count();
   qDebug("[QxOrm] start dump all registered classes (%ld)", lCount);
   _foreach(IxClass * pClass, (* pAllClasses))
   { if (pClass) { sDump += pClass->dumpClass(); } }
   qDebug("[QxOrm] %s", "end dump all registered classes");

   return sDump;
}

QString IxClass::dumpClass() const
{
   QString sDump;
   sDump += "-- class '" + m_sKey + "' (name '" + m_sName + "', ";
   sDump += "description '" + m_sDescription + "', version '" + QString::number(m_lVersion) + "', ";
   sDump += "base class '" + (getBaseClass() ? getBaseClass()->getKey() : "") + "')\n";

   long lCount = (m_pDataMemberX ? m_pDataMemberX->count() : 0);
   sDump += "\t* list of registered properties (" + QString::number(lCount) + ")\n";
   if (m_pDataMemberX)
   {
      IxDataMember * pId = this->getId();
      for (long l = 0; l < lCount; l++)
      {
         IxDataMember * p = m_pDataMemberX->get(l); if (! p) { continue; }
         IxSqlRelation * pRelation = p->getSqlRelation();
         QString sInfos = p->getKey() + ((p == pId) ? QString(" (id)") : QString());
         sInfos += (pRelation ? (QString(" (") + pRelation->getDescription() + QString(")")) : QString());
         sDump += "\t\t" + sInfos + "\n";
      }
   }

   lCount = (m_pFctMemberX ? m_pFctMemberX->count() : 0);
   sDump += "\t* list of registered functions (" + QString::number(lCount) + ")\n";
   if (m_pFctMemberX)
   {
      _foreach_if(IxFunction_ptr p, (* m_pFctMemberX), (p))
      { QString sKey = p->getKey(); sDump += "\t\t" + sKey + "\n"; }
   }

   qDebug("%s", qPrintable(sDump));
   return sDump;
}

[QxOrm] start dump all registered classes (4)
-- class 'author' (name 'author', description '', version '0', base class '')
	* list of registered properties (5)
		author_id (id)
		name
		birthdate
		sex
		list_blog (relation one-to-many)
	* list of registered functions (1)
		age

-- class 'blog' (name 'blog', description '', version '0', base class '')
	* list of registered properties (6)
		blog_id (id)
		blog_text
		date_creation
		author_id (relation many-to-one)
		list_comment (relation one-to-many)
		list_category (relation many-to-many)
	* list of registered functions (0)

-- class 'comment' (name 'comment', description '', version '0', base class '')
	* list of registered properties (4)
		comment_id (id)
		comment_text
		date_creation
		blog_id (relation many-to-one)
	* list of registered functions (0)

-- class 'category' (name 'category', description '', version '0', base class '')
	* list of registered properties (4)
		category_id (id)
		name
		description
		list_blog (relation many-to-many)
	* list of registered functions (0)

[QxOrm] end dump all registered classes

#ifndef _QX_TEST_QT_META_PROPERTY_H_
#define _QX_TEST_QT_META_PROPERTY_H_
 
class QX_DLL1_EXPORT TestQtProperty : public QObject
{

   Q_OBJECT
   Q_PROPERTY(int id READ id WRITE setId)
   Q_PROPERTY(long number READ number WRITE setNumber)
   Q_PROPERTY(QString desc READ desc WRITE setDesc)
   Q_PROPERTY(QDateTime birthDate READ birthDate WRITE setBirthDate)
   Q_PROPERTY(QVariant photo READ photo WRITE setPhoto)

protected:

   int         m_id;
   long        m_number;
   QString     m_desc;
   QDateTime   m_birthDate;
   QVariant    m_photo;

public:

   TestQtProperty() : QObject(), m_id(0), m_number(0) { ; }
   virtual ~TestQtProperty() { ; }

   int id() const                { return m_id; }
   long number() const           { return m_number; }
   QString desc() const          { return m_desc; }
   QDateTime birthDate() const   { return m_birthDate; }
   QVariant photo() const        { return m_photo; }

   void setId(int i)                         { m_id = i; }
   void setNumber(long l)                    { m_number = l; }
   void setDesc(const QString & s)           { m_desc = s; }
   void setBirthDate(const QDateTime & dt)   { m_birthDate = dt; }
   void setPhoto(const QVariant & v)         { m_photo = v; }
 
};

QX_REGISTER_HPP_QX_DLL1(TestQtProperty, QObject, 0)

#endif // _QX_TEST_QT_META_PROPERTY_H_

#include "../include/precompiled.h"

#include "../include/TestQtProperty.h"

#include <QxOrm_Impl.h>
 
QX_REGISTER_CPP_QX_DLL1(TestQtProperty)
QX_REGISTER_ALL_QT_PROPERTIES(TestQtProperty, "id")

namespace qx {
template <> void register_class(QxClass<TestQtProperty> & t)
{ qx::register_all_qt_properties<TestQtProperty>(t, "id"); }
} // namespace qx

// Construit une requ�te pour r�cup�rer uniquement les 'author' de type 'female'
qx::QxSqlQuery query("WHERE author.sex = :sex");
query.bind(":sex", author::female);

QList<author> list_of_female;
QSqlError daoError = qx::dao::fetch_by_query(query, list_of_female);
for (long l = 0; l < list_of_female.count(); l++)
{ /* traitement avec la collection issue de la base de donn�es */ }

// Construit une requ�te pour r�cup�rer uniquement les 'author' de type 'female'
qx_query query;
query.where("author.sex").isEqualTo(author::female);

QList<author> list_of_female;
QSqlError daoError = qx::dao::fetch_by_query(query, list_of_female);
for (long l = 0; l < list_of_female.count(); l++)
{ /* traitement avec la collection issue de la base de donn�es */ }

qx_query query;
query.where("sex").isEqualTo(author::female)
     .and_("age").isGreaterThan(38)
     .or_("last_name").isNotEqualTo("Dupont")
     .or_("first_name").like("Alfred")
     .and_OpenParenthesis("id").isLessThanOrEqualTo(999)
     .and_("birth_date").isBetween(date1, date2)
     .closeParenthesis()
     .or_("id").in(50, 999, 11, 23, 78945)
     .and_("is_deleted").isNotNull()
     .orderAsc("last_name", "first_name", "sex")
     .limit(50, 150);

WHERE sex = :sex_1_0 
AND age > :age_3_0 
OR last_name <> :last_name_5_0 
OR first_name LIKE :first_name_7_0 
AND ( id <= :id_10_0 AND birth_date BETWEEN :birth_date_12_0_1 AND :birth_date_12_0_2 ) 
OR id IN (:id_15_0_0, :id_15_0_1, :id_15_0_2, :id_15_0_3, :id_15_0_4) 
AND is_deleted IS NOT NULL 
ORDER BY last_name ASC, first_name ASC, sex ASC 
LIMIT :limit_rows_count_19_0 OFFSET :offset_start_row_19_0

// avec les fonctions du namespace qx::dao
qx::dao::count<T>()
qx::dao::fetch_by_query<T>()
qx::dao::update_by_query<T>()
qx::dao::delete_by_query<T>()
qx::dao::destroy_by_query<T>()
qx::dao::fetch_by_query_with_relation<T>()
qx::dao::fetch_by_query_with_all_relation<T>()
qx::dao::update_by_query_with_relation<T>()
qx::dao::update_by_query_with_all_relation<T>()
qx::dao::update_optimized_by_query<T>()

// avec la classe qx::QxSession
qx::QxSession::count<T>()
qx::QxSession::fetchByQuery<T>()
qx::QxSession::update<T>()
qx::QxSession::deleteByQuery<T>()
qx::QxSession::destroyByQuery<T>()

// avec la classe qx::QxRepository<T>
qx::QxRepository<T>::count()
qx::QxRepository<T>::fetchByQuery()
qx::QxRepository<T>::update()
qx::QxRepository<T>::deleteByQuery()
qx::QxRepository<T>::destroyByQuery()

// D�fini le co�t maximum du cache � 500
qx::cache::max_cost(500);

// R�cup�re une liste de 'author' de la base de donn�es
boost::shared_ptr< QList<author> > list_author;
QSqlError daoError = qx::dao::fetch_all(list_author);

// Ins�re la liste de 'author' dans le cache
qx::cache::set("list_author", list_author);

// R�cup�re une liste de 'blog' de la base de donn�es
QSharedPointer< std::vector<blog> > list_blog;
daoError = qx::dao::fetch_all(list_blog);

// Ins�re la liste de 'blog' dans le cache (co�t = nombre de 'blog')
qx::cache::set("list_blog", list_blog, list_blog.count());

// Pointeur vers un objet de type 'comment'
comment_ptr my_comment;
my_comment.reset(new comment(50));
daoError = qx::dao::fetch_by_id(my_comment);

// Ins�re le 'comment' dans le cache en pr�cisant une date-heure d'insertion
qx::cache::set("comment", my_comment, 1, my_comment->dateModif());

// R�cup�re la liste de 'blog' stock�e dans le cache
list_blog = qx::cache::get< QSharedPointer< std::vector<blog> > >("list_blog");

// R�cup�re la liste de 'blog' sans pr�ciser le type
qx_bool bGetOk = qx::cache::get("list_blog", list_blog);

// Supprime du cache la liste de 'author'
bool bRemoveOk = qx::cache::remove("list_author");

// Compte le nombre d'�l�ments du cache
long lCount = qx::cache::count();

// R�cup�re le co�t actuel des �l�ments stock�s dans le cache
long lCurrentCost = qx::cache::current_cost();

// V�rifie qu'un �l�ment associ� � la cl� "comment" existe dans le cache
bool bExist = qx::cache::exist("comment");

// R�cup�re le 'comment' stock� dans le cache avec sa date-heure d'insertion
QDateTime dt;
bGetOk = qx::cache::get("comment", my_comment, dt);

// Vide le cache
qx::cache::clear();

QApplication app(argc, argv);
app.setProperty("DomainVersion", 1); // Version increment�e � chaque compilation et diffusion de l'application

#ifndef _DATABASE_VERSION_H_
#define _DATABASE_VERSION_H_
 
class MY_DLL_EXPORT DatabaseVersion
{
public:
  QString name;
  long version;
};

QX_REGISTER_HPP_MY_APP(DatabaseVersion, qx::trait::no_base_class_defined, 0)

#endif // _DATABASE_VERSION_H_

#include "../include/precompiled.h"
#include "../include/DatabaseVersion.h"
#include <QxOrm_Impl.h>
 
QX_REGISTER_CPP_MY_APP(DatabaseVersion)

namespace qx {
template <> void register_class(QxClass<DatabaseVersion> & t)
{
  t.id(& DatabaseVersion::name, "name");
  t.data(& DatabaseVersion::version, "version");
}}

bool isDatabaseVersionOld()
{
  DatabaseVersion dbVersion;
  dbVersion.name = "MyAppName";
  QSqlError err = qx::dao::fetch_by_id(dbVersion);
  if (err.isValid()) { qAssert(false); return false; }
  return (dbVersion.version < qApp->property("DomainVersion").toInt());
}

void updateDatabaseVersion()
{
  try
  {
    int domainVersion = qApp->property("DomainVersion").toInt();

    // On se connecte avec un utilisateur de la base de donn�es qui a les droits de modifications du sch�ma
    QSqlDatabase db = qx::QxSqlDatabase::getSingleton()->getDatabaseCloned();
    db.setUserName("MyAdminLogin");
    db.setPassword("MyAdminPassword");

    // On s'assure que la session d�marre une transaction et l�ve une exception � la moindre erreur
    qx::QxSession session(db, true, true);

    // On "fetch" la version de la base de donn�es avec un verrou pour �viter les modifications concurrentes !
    // Si plusieurs utilisateurs lancent l'application en m�me temps et qu'une mise � jour
    // est n�cessaire, le premier fera la mise � jour, et les autres seront en attente
    DatabaseVersion dbVersion;
    session.fetchByQuery(qx_query("WHERE name='MyAppName' FOR UPDATE"), dbVersion);

    // Pour les autres utilisateurs, une fois le verrou lev�, on v�rifie si la mise � jour est toujours n�cessaire
    if (dbVersion.version >= domainVersion) { return; }

    // On ex�cute chaque instruction SQL avec la variable "query"
    QSqlQuery query(db);

    // On r�cup�re toutes les classes persistantes C++ enregistr�es dans le contexte QxOrm
    qx::QxCollection<QString, qx::IxClass *> * pAllClasses = qx::QxClassX::getAllClasses();
    if (! pAllClasses) { qAssert(false); return; }

    // on r�cup�re la liste des tables existantes dans la base (fonction de Qt)
    QStringList tables = db.tables();

    for (long k = 0; k < pAllClasses->count(); k++)
    {
      qx::IxClass * pClass = pAllClasses->getByIndex(k);
      if (! pClass) { continue; }

      // Filtre les classes non persistantes
      if (pClass->isKindOf("qx::service::IxParameter") || pClass->isKindOf("qx::service::IxService")) { continue; }

      // Filtre les classes � jour : si la version de pClass est <= � la version enregistr�e dans la base, la mise � jour n'est pas n�cessaire
      if (pClass->getVersion() <= dbVersion.version) { continue; }

      // On cr�e la table si elle n'existe pas, et on d�finit son propri�taire
      if (! tables.contains(pClass->getName()))
      {
        query.exec("CREATE TABLE " + pClass->getName() + " ( ) WITH (OIDS = FALSE);"
                   "ALTER TABLE " + pClass->getName() + " OWNER TO \"MyAdminLogin\";");
        session += query.lastError();
      }

      // On ajoute les colonnes � la table si elles n'existent pas
      qx::IxDataMemberX * pDataMemberX = pClass->getDataMemberX();
      for (long l = 0; (pDataMemberX && (l < pDataMemberX->count_WithDaoStrategy())); l++)
      {
        qx::IxDataMember * p = pDataMemberX->get_WithDaoStrategy(l);
        if (! p || (p->getVersion() <= dbVersion.version)) { continue; }

        query.exec("ALTER TABLE " + pClass->getName() + " ADD COLUMN " + p->getName() + " " + p->getSqlType() + ";");
        session += query.lastError();

        if (p->getIsPrimaryKey()) // PRIMARY KEY
        {
          query.exec("ALTER TABLE " + pClass->getName() + " ADD PRIMARY KEY (" + p->getName() + ");");
          session += query.lastError();
        }

        if (p->getAllPropertyBagKeys().contains("INDEX")) // INDEX
        {
          query.exec("CREATE INDEX " + pClass->getName() + "_" + p->getName() + "_idx" + 
                     " ON " + pClass->getName() + " USING " + p->getPropertyBag("INDEX").toString() + " (" + p->getName() + ");");
          session += query.lastError();
        }

        if (p->getNotNull()) // NOT NULL
        {
          query.exec("ALTER TABLE " + pClass->getName() + " ALTER COLUMN " + p->getName() + " SET NOT NULL;");
          session += query.lastError();
        }

        if (p->getAutoIncrement()) // AUTO INCREMENT
        {
          query.exec("CREATE SEQUENCE " + pClass->getName() + "_" + p->getName() + "_seq" + "; "
                     "ALTER TABLE " + pClass->getName() + "_" + p->getName() + "_seq" + " OWNER TO \"MyAdminLogin\"; "
                     "ALTER TABLE " + pClass->getName() + " ALTER COLUMN " + p->getName() + " " +
                     "SET DEFAULT nextval('" + pClass->getName() + "_" + p->getName() + "_seq" + "'::regclass);");
          session += query.lastError();
        }

        if (p->getDescription() != "") // DESCRIPTION
        {
          // $$ceci est un texte ne n�cessitant pas de caract�res d'�chappement dans postgres grace aux doubles dolars$$
          query.exec("COMMENT ON COLUMN " + pClass->getName() + "." + p->getName() + " IS $$" + p->getDescription() + "$$ ;");
          session += query.lastError();
        }
      }
    }

    // On enregistre la version courante de la base de donn�es
    dbVersion.version = domainVersion;
    session.save(dbVersion);

    // Fin du block "try" : la session est d�truite => commit ou rollback automatique
    // De plus, un commit ou rollback sur la transaction l�ve automatiquement le verrou pos� pr�c�demment
  }
  catch (const qx::dao::sql_error & err)
  {
    QSqlError sqlError = err.get();
    qDebug() << sqlError.databaseText();
    qDebug() << sqlError.driverText();
    qDebug() << sqlError.number();
    qDebug() << sqlError.type();
  }
}

"bool" <-> "SMALLINT"
"qx_bool" <-> "SMALLINT"
"short" <-> "SMALLINT"
"int" <-> "INTEGER"
"long" <-> "INTEGER"
"long long" <-> "INTEGER"
"float" <-> "FLOAT"
"double" <-> "FLOAT"
"long double" <-> "FLOAT"
"unsigned short" <-> "SMALLINT"
"unsigned int" <-> "INTEGER"
"unsigned long" <-> "INTEGER"
"unsigned long long" <-> "INTEGER"
"std::string" <-> "TEXT"
"std::wstring" <-> "TEXT"
"QString" <-> "TEXT"
"QVariant" <-> "TEXT"
"QUuid" <-> "TEXT"
"QDate" <-> "DATE"
"QTime" <-> "TIME"
"QDateTime" <-> "TIMESTAMP"
"QByteArray" <-> "BLOB"
"qx::QxDateNeutral" <-> "TEXT"
"qx::QxTimeNeutral" <-> "TEXT"
"qx::QxDateTimeNeutral" <-> "TEXT"

QHash<QString, QString> * lstSqlType = qx::QxClassX::getAllSqlTypeByClassName();
lstSqlType->insert("QString", "VARCHAR(255)");
lstSqlType->insert("std::string", "VARCHAR(255)");
// etc.

namespace qx {
template <> void register_class(QxClass<MyClass> & t)
{
  //...
  IxDataMember * p =  t.data(& MyClass::m_MyProperty, "my_property");
  p->setSqlType("VARCHAR(255)");
  //...
}}

QX_REGISTER_TRAIT_GET_SQL_TYPE(MyClass, "my_sql_type")

#ifndef _CLASS_PERSON_H_
#define _CLASS_PERSON_H_
 
class person
{

public:

   enum sex { male, female, unknown };

   long        _id;
   QString     _firstName;
   QString     _lastName;
   QDateTime   _birthDate;
   sex         _sex;

   person() : _id(0), _sex(unknown) { ; }
   person(long id) : _id(id), _sex(unknown) { ; }
   virtual ~person() { ; }

private:

   void isValid(qx::QxInvalidValueX & invalidValues);

};

QX_REGISTER_HPP_MY_EXE(person, qx::trait::no_base_class_defined, 0)

#endif // _CLASS_PERSON_H_

#include "../include/precompiled.h"

#include "../include/person.h"
#include "../include/global_validator.h"

#include <QxOrm_Impl.h>

QX_REGISTER_CPP_MY_EXE(person)

namespace qx {
template <> void register_class(QxClass<person> & t)
{
   t.id(& person::_id, "id");

   t.data(& person::_firstName, "firstName");
   t.data(& person::_lastName, "lastName");
   t.data(& person::_birthDate, "birthDate");
   t.data(& person::_sex, "sex");

   QxValidatorX<person> * pAllValidator = t.getAllValidator();
   pAllValidator->add_NotEmpty("firstName");
   pAllValidator->add_NotEmpty("lastName", "a person must have a lastname");
   pAllValidator->add_CustomValidator(& person::isValid);
   pAllValidator->add_CustomValidator_QVariant(& validateFirstName, "firstName");
   pAllValidator->add_CustomValidator_DataType<QDateTime>(& validateDateTime, "birthDate");
}}

void person::isValid(qx::QxInvalidValueX & invalidValues)
{
   // Cette m�thode est appel�e automatiquement par le module 'QxValidator' :
   // - avant d'ins�rer ou mettre � jour une instance de type 'person' par les fonctions du namespace 'qx::dao' ;
   // - en utilisant la fonction 'qx::validate()' avec pour param�tre une instance de type 'person'.

   // L'enregistrement de la m�thode 'person::isValid()' est effectu� dans la fonction de mapping :
   // pAllValidator->add_CustomValidator(& person::isValid);

   // Dans cette m�thode, il est possible de v�rifier n'importe quelle valeur de l'instance courante
   // Si une propri�t� est non valide, il suffit d'ins�rer un �l�ment dans la collection 'invalidValues'

   // Remarque : cette m�thode est d�clar�e 'private' pour forcer l'utilisateur � utiliser la fonction 'qx::validate()'
   // Mais ce n'est pas une obligation : cette m�thode peut �tre d�clar�e 'public' ou 'protected'

   // Par exemple, si on souhaite v�rifier la propri�t� '_sex' d'une personne :
   if ((_sex != male) && (_sex != female))
   { invalidValues.insert("le sexe de la personne doit �tre d�fini : masculin ou f�minin"); }
}

// Les fonctions suivantes ('validateFirstName()' et 'validateDateTime()') sont globales (non li�es � une classe)
// Elles peuvent ainsi �tre utilis�es par plusieurs classes pour valider une propri�t� (par exemple : valider la saisie d'une adresse IP).
// Ces fonctions seront appel�es automatiquement par le module 'QxValidator' :
// - avant d'ins�rer ou mettre � jour une instance de classe par les fonctions du namespace 'qx::dao' ;
// - en utilisant la fonction 'qx::validate()'.
 
void validateFirstName(const QVariant & value, const qx::IxValidator * validator, qx::QxInvalidValueX & invalidValues)
{
   // Ici, on peut tester la valeur d'une propri�t� (convertie en type QVariant)
   // Si la valeur est invalide, il suffit d'ins�rer un message � la collection 'invalidValues'

   // Par exemple, si la valeur ne doit jamais �tre �gale � "admin" :
   if (value.toString() == "admin")
   { invalidValues.insert("la valeur ne peut pas �tre �gale � 'admin'"); }
}

void validateDateTime(const QDateTime & value, const qx::IxValidator * validator, qx::QxInvalidValueX & invalidValues)
{
   // Ici, on peut tester la valeur d'une propri�t� (en conservant son vrai type, ici il s'agit de tester une date-heure de type 'QDateTime')
   // Si la valeur est invalide, il suffit d'ins�rer un message � la collection 'invalidValues'

   // Par exemple, si la date-heure doit forc�ment �tre renseign�e :
   if (! value.isValid())
   { invalidValues.insert("la date-heure doit �tre renseign�e et doit �tre valide"); }
}

person personValidate;
personValidate._lastName = "admin";
qx::QxInvalidValueX invalidValues = qx::validate(personValidate);
QString sInvalidValues = invalidValues.text();
qDebug("[QxOrm] test 'QxValidator' module :\n%s", qPrintable(sInvalidValues));

QList<qx::IxPersistable *> lst = ...;
foreach(qx::IxPersistable * p, lst)
{
   QSqlError daoError = p->qxSave();
   if (daoError.isValid()) { /* an error occured */ }
   // etc...
}

#ifndef _QX_BLOG_AUTHOR_H_
#define _QX_BLOG_AUTHOR_H_

class blog;

class QX_BLOG_DLL_EXPORT author : public qx::IxPersistable
{
   QX_PERSISTABLE_HPP(author)
public:
// -- typedef
   typedef boost::shared_ptr<blog> blog_ptr;
   typedef std::vector<blog_ptr> list_blog;
// -- enum
   enum enum_sex { male, female, unknown };
// -- propri�t�s
   QString     m_id;
   QString     m_name;
   QDate       m_birthdate;
   enum_sex    m_sex;
   list_blog   m_blogX;
// -- constructeur, destructeur virtuel
   author() : m_id(0), m_sex(unknown) { ; }
   virtual ~author() { ; }
// -- m�thodes
   int age() const;
};

QX_REGISTER_PRIMARY_KEY(author, QString)
QX_REGISTER_HPP_QX_BLOG(author, qx::trait::no_base_class_defined, 0)

typedef boost::shared_ptr<author> author_ptr;
typedef qx::QxCollection<QString, author_ptr> list_author;

#endif // _QX_BLOG_AUTHOR_H_

#include "../include/precompiled.h"

#include "../include/author.h"
#include "../include/blog.h"

#include <QxOrm_Impl.h>

QX_REGISTER_CPP_QX_BLOG(author)
QX_PERSISTABLE_CPP(author)

namespace qx {
template <> void register_class(QxClass<author> & t)
{
   t.id(& author::m_id, "author_id");

   t.data(& author::m_name, "name");
   t.data(& author::m_birthdate, "birthdate");
   t.data(& author::m_sex, "sex");

   t.relationOneToMany(& author::m_blogX, "list_blog", "author_id");

   t.fct_0<int>(& author::age, "age");
}}

int author::age() const
{
   if (! m_birthdate.isValid()) { return -1; }
   return (QDate::currentDate().year() - m_birthdate.year());
}

blog_ptr my_blog = blog_ptr(new blog(10));
QSqlError daoError = qx::dao::fetch_by_id_with_relation("author_id->list_blog->list_comment", my_blog);

blog_ptr my_blog = blog_ptr(new blog(10));
QStringList relation;
relation << "author_id->list_blog->list_comment";
relation << "author_id->list_blog->list_category";
relation << "list_comment";
relation << "list_category";
QSqlError daoError = qx::dao::fetch_by_id_with_relation(relation, my_blog);

blog_ptr my_blog = blog_ptr(new blog(10));
QSqlError daoError = qx::dao::fetch_by_id_with_relation("*->*->*", my_blog);

// Call a custom SQL query or a stored procedure and fetch automatically properties (with a collection of items)
qx_query testStoredProcBis("SELECT * FROM author");
daoError = qx::dao::execute_query(testStoredProcBis, authorX);
qAssert(! daoError.isValid()); qAssert(authorX.count() > 0);
qx::dump(authorX);

qx_query query("CALL MyStoredProc(:param1, :param2)");
query.bind(":param1", "myValue1");
query.bind(":param2", 5024, QSql::InOut);
QSqlError daoError = qx::dao::call_query(query);
QVariant vNewValue = query.boundValue(":param2");
query.dumpSqlResult();

class MyWidget : public QWidget
{ Q_OBJECT

   //...
   qx::QxDaoAsync m_daoAsync;
   //...
Q_SLOTS:
   void onQueryFinished(const QSqlError & daoError, qx::dao::detail::QxDaoAsyncParams_ptr pDaoParams);
   //...

};

MyWidget::MyWidget() : QObject()
{
   //...
   QObject::connect((& m_daoAsync), SIGNAL(queryFinished(const QSqlError &, qx::dao::detail::QxDaoAsyncParams_ptr)), 
                    this, SLOT(onQueryFinished(const QSqlError &, qx::dao::detail::QxDaoAsyncParams_ptr)));
   //...
}

void MyWidget::onQueryFinished(const QSqlError & daoError, qx::dao::detail::QxDaoAsyncParams_ptr pDaoParams)
{
   if (! pDaoParams) { return; }
   qx::QxSqlQuery query = pDaoParams->query;
   if (! daoError.isValid()) { ; }
   // If the async query is associated to a simple object, just use 'pDaoParams->pInstance' method
   qx::IxPersistable_ptr ptr = pDaoParams->pInstance;
   // If the async query is associated to a list of objects, just use 'pDaoParams->pListOfInstances' method
   qx::IxPersistableCollection_ptr lst = pDaoParams->pListOfInstances;
   //...
}

// Create a model and fetch all data from database
qx::IxModel * pModel = new qx::QxModel<author>();
pModel->qxFetchAll();

// Associate the model to a QTableView and display it
QTableView tableView;
tableView.setModel(pModel);
tableView.show();

// Create a model and fetch all data from database
qx::IxModel * pModel = new qx::QxModel<author>();
pModel->qxFetchAll();

// Associate the model to a QML view and display it
QQuickView qmlView;
qmlView.rootContext()->setContextProperty("myModel", pModel);
qmlView.setSource(QUrl("qrc:/documents/main.qml"));
qmlView.show();

import QtQuick 2.1
import QtQuick.Controls 1.0

Item {
   width: 400
   height: 300
   Row {
      height: 20
      spacing: 20
      Button {
         text: "Clear"
         onClicked: myModel.clear()
      }
      Button {
         text: "Fetch All"
         onClicked: myModel.qxFetchAll_()
      }
      Button {
         text: "Save"
         onClicked: myModel.qxSave_()
      }
   }
   ListView {
      y: 30
      height: 270
      model: myModel
      delegate: Row {
         height: 20
         spacing: 10
         Text { text: "id: " + author_id }
         TextField {
            text: name
            onTextChanged: name = text
         }
      }
   }
}