Fix for compiling on x86 (Red Hat)

1 files changed, 1 insertions, 0 deletions

diff --git a/noncore/unsupported/qpdf/fixed.h b/noncore/unsupported/qpdf/fixed.h
index ec0e696..44aaa5e 100644
--- a/noncore/unsupported/qpdf/fixed.h
+++ b/noncore/unsupported/qpdf/fixed.h
@@ -1,67 +1,68 @@
 #ifndef __FIXED_H__
 #define __FIXED_H__
 
+#include <stdlib.h>
 #include <iostream>
 
 #define _GCC_TEMPLATE_BUG_ 1
 
 template <unsigned int SH> class fixed {
 public:
         inline fixed ( int i = 0 )      : m_f ( i2f( i ) ) { }
         inline fixed ( double d )       : m_f ( d2f( d )) { }
         inline fixed ( const fixed &f ) : m_f ( f. m_f ) { }
         
                 inline operator bool ( ) const   { return m_f != 0; }
         inline operator double ( ) const { return f2d( m_f ); }
         inline operator float ( ) const  { return (float) f2d( m_f ); }
         inline operator int ( ) const    { return (int) f2i( m_f ); }
 
         inline fixed &operator = ( const fixed &f ) { m_f = f. m_f; return *this; }
         inline fixed &operator = ( double d )       { m_f = d2f( d ); return *this; }
         inline fixed &operator = ( float f )        { m_f = d2f( f ); return *this; }
         inline fixed &operator = ( int i )          { m_f = i2f( i ); return *this; }
 
         inline fixed &operator += ( const fixed &f ) { m_f += f. m_f; return *this; }
         inline fixed &operator -= ( const fixed &f ) { m_f -= f. m_f; return *this; }
         inline fixed &operator *= ( const fixed &f ) { m_f = mul ( m_f, f. m_f ); return *this; }
         inline fixed &operator /= ( const fixed &f ) { m_f = div ( m_f, f. m_f ); return *this; }
 
         inline fixed &operator += ( int i ) { m_f += i2f( i ); return *this; }
         inline fixed &operator -= ( int i ) { m_f -= i2f( i ); return *this; }
         inline fixed &operator *= ( int i ) { m_f *= i; return *this; }
         inline fixed &operator /= ( int i ) { m_f /= i; return *this; }
 
         inline fixed &operator += ( double d ) { m_f += d2f( d ); return *this; }
         inline fixed &operator -= ( double d ) { m_f -= d2f( d ); return *this; }
         inline fixed &operator *= ( double d ) { m_f = mul ( m_f, d2f( d )); return *this; }
         inline fixed &operator /= ( double d ) { m_f = div ( m_f, d2f( d )); return *this; }
 
         inline fixed operator - ( ) const { return fixed ( -m_f, true ); }
 
         inline fixed operator + ( const fixed &f ) const { return fixed ( m_f + f. m_f, true ); }
         inline fixed operator - ( const fixed &f ) const { return fixed ( m_f - f. m_f, true ); }
         inline fixed operator * ( const fixed &f ) const { return fixed ( mul ( m_f, f. m_f ), true ); }
         inline fixed operator / ( const fixed &f ) const { return fixed ( div ( m_f, f. m_f ), true ); }
 
         inline fixed operator + ( double d ) const { return fixed ( m_f + d2f( d ), true ); }
         inline fixed operator - ( double d ) const { return fixed ( m_f - d2f( d ), true ); }
         inline fixed operator * ( double d ) const { return fixed ( mul ( m_f, d2f( d )), true ); }
         inline fixed operator / ( double d ) const { return fixed ( div ( m_f, d2f( d )), true ); }
 
         inline fixed operator + ( int i ) const { return fixed ( m_f + i2f( i ), true ); }
         inline fixed operator - ( int i ) const { return fixed ( m_f - i2f( i ), true ); }
         inline fixed operator * ( int i ) const { return fixed ( m_f * i, true ); }
         inline fixed operator / ( int i ) const { return fixed ( m_f / i, true ); }
 
         inline bool operator <  ( const fixed &f ) const { return m_f < f. m_f; }
         inline bool operator >  ( const fixed &f ) const { return m_f > f. m_f; }
         inline bool operator <= ( const fixed &f ) const { return m_f <= f. m_f; }
         inline bool operator >= ( const fixed &f ) const { return m_f >= f. m_f; }
         inline bool operator == ( const fixed &f ) const { return m_f == f. m_f; }
         inline bool operator != ( const fixed &f ) const { return m_f != f. m_f; }
 
         inline bool operator <  ( double d ) const { return m_f < d2f( d ); }
         inline bool operator >  ( double d ) const { return m_f > d2f( d ); }
         inline bool operator <= ( double d ) const { return m_f <= d2f( d ); }
         inline bool operator >= ( double d ) const { return m_f >= d2f( d ); }
         inline bool operator == ( double d ) const { return m_f == d2f( d ); }