INode.cpp

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#include "INode.hpp"

#include "ImageEffectNode.hpp"

#include <tuttle/host/graph/ProcessVertexData.hpp>
#include <tuttle/host/graph/ProcessVertexAtTimeData.hpp>

#include <boost/foreach.hpp>
#include <boost/algorithm/string/join.hpp>
#include <boost/lexical_cast.hpp>

namespace tuttle {
namespace host {

INode::~INode() {}

ImageEffectNode& INode::asImageEffectNode( )
{
        return dynamic_cast<ImageEffectNode&> ( *this );
}

const ImageEffectNode& INode::asImageEffectNode( ) const
{
        return dynamic_cast<const ImageEffectNode&> ( *this );
}

std::string INode::getVersionStr() const
{
        std::vector<int> vInt = getVersion();
        std::vector<std::string> vStr;
        BOOST_FOREACH( const int v, vInt )
        {
                vStr.push_back( boost::lexical_cast<std::string>(v) );
        }
        return boost::algorithm::join( vStr, "." );
}

void INode::setProcessData( Data* data )
{
        _data = data;
}

void INode::setProcessDataAtTime( DataAtTime* dataAtTime )
{
        TUTTLE_TLOG( TUTTLE_TRACE, "setProcessDataAtTime \"" << getName() << "\" at " << dataAtTime->_time );
        _dataAtTime[dataAtTime->_time] = dataAtTime;
}

void INode::clearProcessDataAtTime()
{
        _dataAtTime.clear();
}

INode::Data& INode::getData()
{
        if( !_data )
        {
                BOOST_THROW_EXCEPTION( exception::Bug()
                        << exception::dev("Process data not set.")
                        << exception::nodeName( getName() ) );
        }
        return *_data;
}

const INode::Data& INode::getData() const
{
        if( !_data )
        {
                BOOST_THROW_EXCEPTION( exception::Bug()
                        << exception::dev("Process data not set.")
                        << exception::nodeName( getName() ) );
        }
        return *_data;
}

bool INode::hasData( const OfxTime time ) const
{
        DataAtTimeMap::const_iterator it = _dataAtTime.find( time );
        return it != _dataAtTime.end();
}

const INode::DataAtTime& INode::getData( const OfxTime time ) const
{
        //TUTTLE_TLOG( TUTTLE_TRACE, "- INode::getData(" << time << ") of " << getName() );
        DataAtTimeMap::const_iterator it = _dataAtTime.find( time );
        if( it == _dataAtTime.end() )
        {
                std::ostringstream ss;
                ss << "Defined times : ";
                BOOST_FOREACH( const DataAtTimeMap::value_type& v, _dataAtTime )
                {
                        ss << v.first << ", ";
                }
                BOOST_THROW_EXCEPTION( exception::Bug()
                        << exception::dev() + "Process data at time not set.\n"
                                                                + ss.str()
                        << exception::nodeName( getName() )
                        //<< exception::pluginIdentifier( getPlugin().getIdentifier() )
                        << exception::time( time ) );
        }
        return *it->second;
}

INode::DataAtTime& INode::getData( const OfxTime time )
{
        return const_cast<DataAtTime&>( const_cast<const This*>(this)->getData(time) );
}

const INode::DataAtTime& INode::getFirstData() const
{
        DataAtTimeMap::const_iterator it = _dataAtTime.begin();
        if( it == _dataAtTime.end() )
        {
                BOOST_THROW_EXCEPTION( exception::Bug()
                        << exception::dev() + "Process data empty."
                        << exception::nodeName( getName() ) );
        }
        return *it->second;
}

INode::DataAtTime& INode::getFirstData()
{
        return const_cast<DataAtTime&>( const_cast<const This*>(this)->getFirstData() );
}

const INode::DataAtTime& INode::getLastData() const
{
        DataAtTimeMap::const_reverse_iterator it = _dataAtTime.rbegin();
        if( it == _dataAtTime.rend() )
        {
                BOOST_THROW_EXCEPTION( exception::Bug()
                        << exception::dev() + "Process data empty."
                        << exception::nodeName( getName() ) );
        }
        return *it->second;
}

INode::DataAtTime& INode::getLastData()
{
        return const_cast<DataAtTime&>( const_cast<const This*>(this)->getLastData() );
}

std::ostream& operator<<( std::ostream& os, const INode& v )
{
        return v.print(os);
}

}
}