bool PdfDictionary::HasKey( const PdfName & key ) const
{
if( !key.GetLength() )
return false;
return ( m_mapKeys.find( key ) != m_mapKeys.end() );
}
PdfAction::PdfAction( EPdfAction eAction, PdfDocument* pParent )
: PdfElement( "Action", pParent ), m_eType( eAction )
{
const PdfName type = PdfName( TypeNameForIndex( eAction, s_names, s_lNumActions ) );
if( !type.GetLength() )
{
PODOFO_RAISE_ERROR( ePdfError_InvalidHandle );
}
this->GetObject()->GetDictionary().AddKey( "S", type );
}
void PdfDictionary::Write( PdfOutputDevice* pDevice, const PdfEncrypt* pEncrypt, const PdfName & keyStop ) const
{
TCIKeyMap itKeys;
pDevice->Print( "<<\n" );
itKeys = m_mapKeys.begin();
if( keyStop != PdfName::KeyNull && keyStop.GetLength() && keyStop == PdfName::KeyType )
return;
if( this->HasKey( PdfName::KeyType ) )
{
// Type has to be the first key in any dictionary
pDevice->Print( "/Type " );
this->GetKey( PdfName::KeyType )->Write( pDevice, pEncrypt );
pDevice->Print( "\n" );
}
while( itKeys != m_mapKeys.end() )
{
if( (*itKeys).first != PdfName::KeyType )
{
if( keyStop != PdfName::KeyNull && keyStop.GetLength() && (*itKeys).first == keyStop )
return;
(*itKeys).first.Write( pDevice );
pDevice->Write( " ", 1 ); // write a separator
(*itKeys).second->Write( pDevice, pEncrypt );
pDevice->Write( "\n", 1 );
}
++itKeys;
}
pDevice->Print( ">>" );
}