// **************************************************************************
//
//  (C) Copyright 2009   Swiss SIMTEC AG
//
// **************************************************************************
//
//  $HeadURL$
//  $LastChangedBy$
//  $LastChangedDate$
//  $LastChangedRevision$
//
// **************************************************************************

// manual class headers
#include "GeoPairingImplFactory.hpp"
#include "GeoPairingImplDummy.hpp"

using N_GeoPairingImpl::GeoPairingImplFactory;

namespace N_GeoPairingImpl
{

// static member initialization
GeoPairingImpl *GeoPairingImplFactory::m_Impl = nullptr;



// ---------------------------------------------------------------
// Creates a new air target tracker
// ---------------------------------------------------------------
GeoPairingImplAirTargetTracker *GeoPairingImplFactory::createAirTargetTracker()
{
  return getImpl()->createAirTargetTracker();
}


// ---------------------------------------------------------------
// Creates a new air target updater
// ---------------------------------------------------------------
GeoPairingImplAirTargetUpdater *GeoPairingImplFactory::createAirTargetUpdater()
{
  return getImpl()->createAirTargetUpdater();
}


// ---------------------------------------------------------------
// Creates a new air target cache
// ---------------------------------------------------------------
GeoPairingImplAirTargetCache *GeoPairingImplFactory::createAirTargetCache(SInt32 a_playerID)
{
  return getImpl()->createAirTargetCache(a_playerID);
}


// ---------------------------------------------------------------
// Creates a new fired bulled according to the given SensorData
// ---------------------------------------------------------------
GeoPairingImplFiredBullet *GeoPairingImplFactory::createFiredBullet(GeoPairingImplSensorData &a_sensorData)
{
  return getImpl()->createFiredBullet(a_sensorData);
}


// ---------------------------------------------------------------
// Populates a SensorData instance according to the given
// transparent datastream
// ---------------------------------------------------------------
SInt32 GeoPairingImplFactory::createSensorData(GeoPairingImplSensorData *a_sensorData, const QByteArray& a_transparentData, int &isDefault)
{
  return getImpl()->createSensorData(a_sensorData, a_transparentData, isDefault);
}

SInt32 GeoPairingImplFactory::createSensorData(GeoPairingImplSensorData *a_sensorData, const QByteArray& a_transparentData)
{
  int isDefault;
  return getImpl()->createSensorData(a_sensorData, a_transparentData, isDefault);
}

// ---------------------------------------------------------------
// retrieves the implementation object pointer
// ---------------------------------------------------------------
GeoPairingImpl *GeoPairingImplFactory::getImpl()
{
  if (m_Impl == nullptr)
    m_Impl = new GeoPairingImplDummy;
  return m_Impl;
}


// ---------------------------------------------------------------
// Initialize the GeoPairing component
// ---------------------------------------------------------------
bool GeoPairingImplFactory::initialize(const QString &filePath)
{
  return getImpl()->initialize(filePath);
}


// ---------------------------------------------------------------
// installs an implementation
// ---------------------------------------------------------------
void GeoPairingImplFactory::setImpl(GeoPairingImpl *a_impl)
{
  NGL::INGLLogger &l = (CesGeoPairing::getLogger("Plugin.GeoPairing.GeoPairingImplFactory"));
  if (m_Impl != nullptr)
  {
    INFO_LOG(l) << "Destroying existing instance of Implementation first";
    delete m_Impl;
  }
  m_Impl = a_impl;
  INFO_LOG(l) << "New Implementation installed";
}


// ---------------------------------------------------------------
// Sets global meteo conditions
// ---------------------------------------------------------------
void GeoPairingImplFactory::setMeteoData(const GeoPairingImplMeteoData &a_meteoData)
{
  getImpl()->setMeteoData(a_meteoData);
}

} // namespace N_GeoPairingImpl