1 files changed, 2 insertions, 0 deletions

diff --git a/noncore/unsupported/qpdf/fixed.h b/noncore/unsupported/qpdf/fixed.h
index e42aea0..d073421 100644
--- a/noncore/unsupported/qpdf/fixed.h
+++ b/noncore/unsupported/qpdf/fixed.h
@@ -119,71 +119,73 @@ private:
         friend bool operator <= <> ( int i, const fixed &f );
         friend bool operator >= <> ( int i, const fixed &f );
         friend bool operator == <> ( int i, const fixed &f );
         friend bool operator != <> ( int i, const fixed &f );
         
         friend long int lrint ( const fixed &f );
         friend fixed sqrt ( const fixed &f );
         friend fixed fabs ( const fixed &f );
 #endif
 };
 
 
 template <unsigned int SH> inline fixed<SH> operator + ( int i, const fixed<SH> &f )  { return fixed<SH> ( fixed<SH>::i2f( i ) + f. m_f, true ); }
 template <unsigned int SH> inline fixed<SH> operator - ( int i, const fixed<SH> &f )  { return fixed<SH> ( fixed<SH>::i2f( i ) - f. m_f, true ); }
 template <unsigned int SH> inline fixed<SH> operator * ( int i, const fixed<SH> &f )  { return fixed<SH> ( i * f. m_f, true ); }
 template <unsigned int SH> inline fixed<SH> operator / ( int i, const fixed<SH> &f )  { return fixed<SH> ( fixed<SH>::div ( fixed<SH>::i2f( i ), f. m_f ), true ); } 
 //template <unsigned int SH> inline fixed<SH> operator / ( int i, const fixed<SH> &f )  { return fixed<SH> ( fixed<SH>::i2f ( i / fixed<SH>::f2i ( f. m_f )), true ); } 
 
 template <unsigned int SH> inline fixed<SH> operator + ( double d, const fixed<SH> &f ) { return fixed<SH> ( fixed<SH>::d2f( d ) + f. m_f, true ); }
 template <unsigned int SH> inline fixed<SH> operator - ( double d, const fixed<SH> &f ) { return fixed<SH> ( fixed<SH>::d2f( d ) - f. m_f, true ); }
 template <unsigned int SH> inline fixed<SH> operator * ( double d, const fixed<SH> &f ) { return fixed<SH> ( fixed<SH>::mul ( fixed<SH>::d2f( d ), f. m_f ), true ); }
 template <unsigned int SH> inline fixed<SH> operator / ( double d, const fixed<SH> &f ) { return fixed<SH> ( fixed<SH>::mul ( fixed<SH>::d2f( d ), f. m_f ), true ); }
 
 template <unsigned int SH> inline bool operator <  ( double d, const fixed<SH> &f ) { return fixed<SH>::d2f( d ) < f. m_f; }
 template <unsigned int SH> inline bool operator >  ( double d, const fixed<SH> &f ) { return fixed<SH>::d2f( d ) > f. m_f; }
 template <unsigned int SH> inline bool operator <= ( double d, const fixed<SH> &f ) { return fixed<SH>::d2f( d ) <= f. m_f; }
 template <unsigned int SH> inline bool operator >= ( double d, const fixed<SH> &f ) { return fixed<SH>::d2f( d ) >= f. m_f; }
 template <unsigned int SH> inline bool operator == ( double d, const fixed<SH> &f ) { return fixed<SH>::d2f( d ) == f. m_f; }
 template <unsigned int SH> inline bool operator != ( double d, const fixed<SH> &f ) { return fixed<SH>::d2f( d ) != f. m_f; }
 
 template <unsigned int SH> inline bool operator <  ( int i, const fixed<SH> &f ) { return fixed<SH>::i2f( i ) < f. m_f; }
 template <unsigned int SH> inline bool operator >  ( int i, const fixed<SH> &f ) { return fixed<SH>::i2f( i ) > f. m_f; }
 template <unsigned int SH> inline bool operator <= ( int i, const fixed<SH> &f ) { return fixed<SH>::i2f( i ) <= f. m_f; }
 template <unsigned int SH> inline bool operator >= ( int i, const fixed<SH> &f ) { return fixed<SH>::i2f( i ) >= f. m_f; }
 template <unsigned int SH> inline bool operator == ( int i, const fixed<SH> &f ) { return fixed<SH>::i2f( i ) == f. m_f; }
 template <unsigned int SH> inline bool operator != ( int i, const fixed<SH> &f ) { return fixed<SH>::i2f( i ) != f. m_f; }
 
 template <unsigned int SH> inline long int lrint ( const fixed<SH> &f )
 {
         return fixed<SH>::f2i (( f. m_f < 0 ) ? f. m_f - ( 1 << ( SH - 1 )) : f. m_f + ( 1 << ( SH - 1 )));
 }
 
 template <unsigned int SH> inline fixed<SH> fabs ( const fixed<SH> &f )
 {
         return ( f. m_f < 0 ) ? fixed<SH> ( -f. m_f, true ) : f;
 }
 
 // roughly from QPE / qmath.h 
 template <unsigned int SH> inline fixed<SH> sqrt ( const fixed<SH> &f )
 {
         if ( f. m_f <= 0 )
                 return fixed<SH> ( 0, true );
                 
         fixed<SH>::fix_t a0 = 0;
         fixed<SH>::fix_t a1 = f. m_f; // take value as first approximation
         
         do {
                 a0 = a1;
                 a1 = ( a0 + fixed<SH>::div ( f. m_f, a0 )) >> 1;
         } while ( abs ( fixed<SH>::div ( a1 - a0,  a1 )) > 1 );
         
         return fixed<SH> ( a1, true );
 }
 
+#if 0 // no std::ostream needed in OPIE
 template <unsigned int SH> inline std::ostream &operator << ( std::ostream &o, const fixed<SH> &f )
 {
         o << double( f );
         return o;
 }
+#endif
 
 #endif