#include <ft2build.h>

#include FT_FREETYPE_H

#include FT_BBOX_H

#include <time.h>    /* for clock() */

/* SunOS 4.1.* does not define CLOCKS_PER_SEC, so include <sys/param.h> */

/* to get the HZ macro which is the equivalent.                         */

#if defined(__sun__) && !defined(SVR4) && !defined(__SVR4)

#include <sys/param.h>

#define CLOCKS_PER_SEC HZ

#endif

  static long

  get_time( void )

  {

    return clock() * 10000L / CLOCKS_PER_SEC;

  }

  /* test bbox computations */

#define  XSCALE    65536

#define  XX(x)     ((FT_Pos)(x*XSCALE))

#define  XVEC(x,y)  { XX(x), XX(y) }

#define  XVAL(x)   ((x)/(1.0*XSCALE))

  /* dummy outline #1 */

  static FT_Vector  dummy_vec_1[4] =

  {

#if 1

    XVEC( 408.9111, 535.3164 ),

    XVEC( 455.8887, 634.396  ),

    XVEC( -37.8765, 786.2207 ),

    XVEC( 164.6074, 535.3164 )

#else

    { (FT_Int32)0x0198E93DL , (FT_Int32)0x021750FFL },  /* 408.9111, 535.3164 */

    { (FT_Int32)0x01C7E312L , (FT_Int32)0x027A6560L },  /* 455.8887, 634.3960 */

    { (FT_Int32)0xFFDA1F9EL , (FT_Int32)0x0312387FL },  /* -37.8765, 786.2207 */

    { (FT_Int32)0x00A49B7EL , (FT_Int32)0x021750FFL }   /* 164.6074, 535.3164 */

#endif

   };

  static char  dummy_tag_1[4] =

  {

    FT_CURVE_TAG_ON,

    FT_CURVE_TAG_CUBIC,

    FT_CURVE_TAG_CUBIC,

    FT_CURVE_TAG_ON

  };

  static short  dummy_contour_1[1] =

  {

    3

  };

  static FT_Outline  dummy_outline_1 =

  {

    1,

    4,

    dummy_vec_1,

    dummy_tag_1,

    dummy_contour_1,

    0

  };

  /* dummy outline #2 */

  static FT_Vector  dummy_vec_2[4] =

  {

    XVEC( 100.0, 100.0 ),

    XVEC( 100.0, 200.0 ),

    XVEC( 200.0, 200.0 ),

    XVEC( 200.0, 133.0 )

  };

  static FT_Outline  dummy_outline_2 =

  {

    1,

    4,

    dummy_vec_2,

    dummy_tag_1,

    dummy_contour_1,

    0

  };

  static void

  dump_outline( FT_Outline*  outline )

  {

    FT_BBox  bbox;

    /* compute and display cbox */

    FT_Outline_Get_CBox( outline, &bbox );

    printf( "cbox = [%.2f %.2f %.2f %.2f]\n",

             XVAL( bbox.xMin ),

             XVAL( bbox.yMin ),

             XVAL( bbox.xMax ),

             XVAL( bbox.yMax ) );

    /* compute and display bbox */

    FT_Outline_Get_BBox( outline, &bbox );

    printf( "bbox = [%.2f %.2f %.2f %.2f]\n",

             XVAL( bbox.xMin ),

             XVAL( bbox.yMin ),

             XVAL( bbox.xMax ),

             XVAL( bbox.yMax ) );

  }

  static void

  profile_outline( FT_Outline*   outline,

                   long          repeat )

  {

    FT_BBox  bbox;

    long     count;

    long     time0;

    time0 = get_time();

    for ( count = repeat; count > 0; count-- )

      FT_Outline_Get_CBox( outline, &bbox );

    time0 = get_time() - time0;

    printf( "time = %5.2f cbox = [%.2f %.2f %.2f %.2f]\n",

             ((double)time0/10000.0),

             XVAL( bbox.xMin ),

             XVAL( bbox.yMin ),

             XVAL( bbox.xMax ),

             XVAL( bbox.yMax ) );

    time0 = get_time();

    for ( count = repeat; count > 0; count-- )

      FT_Outline_Get_BBox( outline, &bbox );

    time0 = get_time() - time0;

    printf( "time = %5.2f bbox = [%.2f %.2f %.2f %.2f]\n",

             ((double)time0/10000.0),

             XVAL( bbox.xMin ),

             XVAL( bbox.yMin ),

             XVAL( bbox.xMax ),

             XVAL( bbox.yMax ) );

  }

#define REPEAT  100000L

  int  main( int  argc, char**  argv )

  {

    printf( "outline #1\n" );

    profile_outline( &dummy_outline_1, REPEAT );

    printf( "outline #2\n" );

    profile_outline( &dummy_outline_2, REPEAT );

    return 0;

  }