• toutes les classes, fonctions, variables, etc... sont d�finies sous le namespace qx
• les macro de QxOrm sont �crites sous la forme QX_...
• les classes abstraites (ou interfaces) sont pr�fix�es par Ix (par exemple IxFactory est une interface pour la cr�ation d'instances)
• les autres classes sont pr�fix�es par Qx (par exemple QxDataMember)
• les collections d'objets ont pour suffixe X (par exemple QxDataMemberX est une collection de QxDataMember)
• les fonctions pour communiquer avec les bases de donn�es se trouvent sous le namespace qx::dao (par exemple qx::dao::fetch_by_id())
• les fonctions pour la serialization des donn�es se trouvent sous le namespace qx::serialization (par exemple qx::serialization::xml::to_file())
• le moteur de reflection est accessible depuis la classe qx::QxClassX (par exemple qx::QxClassX::invoke() pour invoquer une m�thode de classe)
• les classes de traits se trouvent sous le namespace qx::trait (par exemple qx::trait::is_smart_ptr<T>)

#ifndef _CLASS_DRUG_H_
#define _CLASS_DRUG_H_

class drug
{
public:
   long id;
   QString name;
   QString description;

   drug() : id(0) { ; }
   virtual ~drug() { ; }
};

QX_REGISTER_HPP_MY_TEST_EXE(drug, qx::trait::no_base_class_defined, 1)

/* This macro is necessary to register 'drug' class in QxOrm context */
/* param 1 : the current class to register => 'drug' */
/* param 2 : the base class, if no base class, use the qx trait => 'qx::trait::no_base_class_defined' */
/* param 3 : the class version used by serialization to provide 'ascendant compatibility' */

#endif // _CLASS_DRUG_H_

#include "precompiled.h"   // Precompiled-header with '#include <QxOrm.h>' and '#include "export.h"'
#include "drug.h"          // Class definition 'drug'
#include <QxOrm_Impl.h>     // Automatic memory leak detection and boost serialization export macro

QX_REGISTER_CPP_MY_TEST_EXE(drug)   // This macro is necessary to register 'drug' class in QxOrm context

namespace qx {
template <> void register_class(QxClass<drug> & t)
{
  t.id(& drug::id, "id");               // Register 'drug::id' <=> primary key in your database
  t.data(& drug::name, "name", 1);      // Register 'drug::name' property with key 'name' and version '1'
  t.data(& drug::description, "desc");  // Register 'drug::description' property with key 'desc'
}}

#include "precompiled.h"
#include "drug.h"
#include <QxOrm_Impl.h>

int main(int argc, char * argv[])
{
   QApplication app(argc, argv); // Qt application

   // Create 3 new drugs
   // It is possible to use 'std' and 'Qt' smart pointer : 'std::shared_ptr', 'QSharedPointer', etc...
   typedef std::shared_ptr<drug> drug_ptr;
   drug_ptr d1; d1.reset(new drug()); d1->name = "name1"; d1->description = "desc1";
   drug_ptr d2; d2.reset(new drug()); d2->name = "name2"; d2->description = "desc2";
   drug_ptr d3; d3.reset(new drug()); d3->name = "name3"; d3->description = "desc3";

   // Insert drugs into container
   // It is possible to use a lot of containers from 'std', 'boost', 'Qt' and 'qx::QxCollection<Key, Value>'
   typedef std::vector<drug_ptr> type_lst_drug;
   type_lst_drug lst_drug;
   lst_drug.push_back(d1);
   lst_drug.push_back(d2);
   lst_drug.push_back(d3);

   // Init parameters to communicate with a database
   qx::QxSqlDatabase::getSingleton()->setDriverName("QSQLITE");
   qx::QxSqlDatabase::getSingleton()->setDatabaseName("./test_qxorm.db");
   qx::QxSqlDatabase::getSingleton()->setHostName("localhost");
   qx::QxSqlDatabase::getSingleton()->setUserName("root");
   qx::QxSqlDatabase::getSingleton()->setPassword("");

   // Create table 'drug' into database to store drugs
   QSqlError daoError = qx::dao::create_table<drug>();

   // Insert drugs from container to database
   // 'id' property of 'd1', 'd2' and 'd3' are auto-updated
   daoError = qx::dao::insert(lst_drug);

   // Modify and update the second drug into database
   d2->name = "name2 modified";
   d2->description = "desc2 modified";
   daoError = qx::dao::update(d2);

   // Delete the first drug from database
   daoError = qx::dao::delete_by_id(d1);

   // Count drugs into database
   long lDrugCount = qx::dao::count<drug>();

   // Fetch drug with id '3' into a new variable
   drug_ptr d_tmp; d_tmp.reset(new drug());
   d_tmp->id = 3;
   daoError = qx::dao::fetch_by_id(d_tmp);

   // Export drugs from container to a file under xml format (serialization)
   qx::serialization::xml::to_file(lst_drug, "./export_drugs.xml");

   // Import drugs from xml file into a new container
   type_lst_drug lst_drug_tmp;
   qx::serialization::xml::from_file(lst_drug_tmp, "./export_drugs.xml");

   // Clone a drug
   drug_ptr d_clone = qx::clone(* d1);

   // Create a new drug by class name (factory)
   qx::any d_any = qx::create("drug");

   // Insert drugs container into 'qx::cache'
   qx::cache::set("drugs", lst_drug);

   // Remove all elements from 'qx::cache'
   qx::cache::clear();

   // Create a dummy memory leak
   drug * pDummy = new drug();

   return 0;
}