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/* PR rtl-optimization/25432 */

/* PR rtl-optimization/25432 */

void *malloc (__SIZE_TYPE__);

void *malloc (__SIZE_TYPE__);

void *realloc (void *, __SIZE_TYPE__);

void *realloc (void *, __SIZE_TYPE__);

struct A { double x, y; };

struct A { double x, y; };

struct B { double x0, y0, x1, y1; };

struct B { double x0, y0, x1, y1; };

struct C { int n_points; int dir; struct B bbox; struct A *points; };

struct C { int n_points; int dir; struct B bbox; struct A *points; };

struct D { int n_segs; struct C segs[1]; };

struct D { int n_segs; struct C segs[1]; };

void foo (int, int, int *, int, int *, struct A **, int *, int *,

void foo (int, int, int *, int, int *, struct A **, int *, int *,

          struct D *, int *, struct D **, int *, int **);

          struct D *, int *, struct D **, int *, int **);

int baz (struct A, struct A, struct A, struct A);

int baz (struct A, struct A, struct A, struct A);

static void

static void

bar (struct D *svp, int *n_points_max,

bar (struct D *svp, int *n_points_max,

     struct A p, int *seg_map, int *active_segs, int i)

     struct A p, int *seg_map, int *active_segs, int i)

{

{

  int asi, n_points;

  int asi, n_points;

  struct C *seg;

  struct C *seg;

  asi = seg_map[active_segs[i]];

  asi = seg_map[active_segs[i]];

  seg = &svp->segs[asi];

  seg = &svp->segs[asi];

  n_points = seg->n_points;

  n_points = seg->n_points;

  seg->points = ((struct A *)

  seg->points = ((struct A *)

                realloc (seg->points, (n_points_max[asi] <<= 1) * sizeof (struct A)));

                realloc (seg->points, (n_points_max[asi] <<= 1) * sizeof (struct A)));

  seg->points[n_points] = p;

  seg->points[n_points] = p;

  seg->bbox.y1 = p.y;

  seg->bbox.y1 = p.y;

  seg->n_points++;

  seg->n_points++;

}

}

struct D *

struct D *

test (struct D *vp)

test (struct D *vp)

{

{

  int *active_segs, n_active_segs, *cursor, seg_idx;

  int *active_segs, n_active_segs, *cursor, seg_idx;

  double y, share_x;

  double y, share_x;

  int tmp1, tmp2, asi, i, j, *n_ips, *n_ips_max, n_segs_max;

  int tmp1, tmp2, asi, i, j, *n_ips, *n_ips_max, n_segs_max;

  struct A **ips, p_curs, *pts;

  struct A **ips, p_curs, *pts;

  struct D *new_vp;

  struct D *new_vp;

  int *n_points_max, *seg_map, first_share;

  int *n_points_max, *seg_map, first_share;

  n_segs_max = 16;

  n_segs_max = 16;

  new_vp = (struct D *) malloc (sizeof (struct D) +

  new_vp = (struct D *) malloc (sizeof (struct D) +

                                (n_segs_max - 1) * sizeof (struct C));

                                (n_segs_max - 1) * sizeof (struct C));

  new_vp->n_segs = 0;

  new_vp->n_segs = 0;

  if (vp->n_segs == 0)

  if (vp->n_segs == 0)

    return new_vp;

    return new_vp;

  active_segs = ((int *) malloc ((vp->n_segs) * sizeof (int)));

  active_segs = ((int *) malloc ((vp->n_segs) * sizeof (int)));

  cursor = ((int *) malloc ((vp->n_segs) * sizeof (int)));

  cursor = ((int *) malloc ((vp->n_segs) * sizeof (int)));

  seg_map = ((int *) malloc ((vp->n_segs) * sizeof (int)));

  seg_map = ((int *) malloc ((vp->n_segs) * sizeof (int)));

  n_ips = ((int *) malloc ((vp->n_segs) * sizeof (int)));

  n_ips = ((int *) malloc ((vp->n_segs) * sizeof (int)));

  n_ips_max = ((int *) malloc ((vp->n_segs) * sizeof (int)));

  n_ips_max = ((int *) malloc ((vp->n_segs) * sizeof (int)));

  ips = ((struct A * *) malloc ((vp->n_segs) * sizeof (struct A *)));

  ips = ((struct A * *) malloc ((vp->n_segs) * sizeof (struct A *)));

  n_points_max = ((int *) malloc ((n_segs_max) * sizeof (int)));

  n_points_max = ((int *) malloc ((n_segs_max) * sizeof (int)));

  n_active_segs = 0;

  n_active_segs = 0;

  seg_idx = 0;

  seg_idx = 0;

  y = vp->segs[0].points[0].y;

  y = vp->segs[0].points[0].y;

  while (seg_idx < vp->n_segs || n_active_segs > 0)

  while (seg_idx < vp->n_segs || n_active_segs > 0)

    {

    {

      for (i = 0; i < n_active_segs; i++)

      for (i = 0; i < n_active_segs; i++)

        {

        {

          asi = active_segs[i];

          asi = active_segs[i];

          if (vp->segs[asi].n_points - 1 == cursor[asi] &&

          if (vp->segs[asi].n_points - 1 == cursor[asi] &&

              vp->segs[asi].points[cursor[asi]].y == y)

              vp->segs[asi].points[cursor[asi]].y == y)

            i--;

            i--;

        }

        }

      while (seg_idx < vp->n_segs && y == vp->segs[seg_idx].points[0].y)

      while (seg_idx < vp->n_segs && y == vp->segs[seg_idx].points[0].y)

        {

        {

          cursor[seg_idx] = 0;

          cursor[seg_idx] = 0;

          n_ips[seg_idx] = 1;

          n_ips[seg_idx] = 1;

          n_ips_max[seg_idx] = 2;

          n_ips_max[seg_idx] = 2;

          ips[seg_idx] =

          ips[seg_idx] =

            ((struct A *) malloc ((n_ips_max[seg_idx]) * sizeof (struct A)));

            ((struct A *) malloc ((n_ips_max[seg_idx]) * sizeof (struct A)));

          ips[seg_idx][0] = vp->segs[seg_idx].points[0];

          ips[seg_idx][0] = vp->segs[seg_idx].points[0];

          pts = ((struct A *) malloc ((16) * sizeof (struct A)));

          pts = ((struct A *) malloc ((16) * sizeof (struct A)));

          pts[0] = vp->segs[seg_idx].points[0];

          pts[0] = vp->segs[seg_idx].points[0];

          tmp1 = seg_idx;

          tmp1 = seg_idx;

          for (j = i; j < n_active_segs; j++)

          for (j = i; j < n_active_segs; j++)

            {

            {

              tmp2 = active_segs[j];

              tmp2 = active_segs[j];

              active_segs[j] = tmp1;

              active_segs[j] = tmp1;

              tmp1 = tmp2;

              tmp1 = tmp2;

            }

            }

          active_segs[n_active_segs] = tmp1;

          active_segs[n_active_segs] = tmp1;

          n_active_segs++;

          n_active_segs++;

          seg_idx++;

          seg_idx++;

        }

        }

      first_share = -1;

      first_share = -1;

      share_x = 0;

      share_x = 0;

      for (i = 0; i < n_active_segs; i++)

      for (i = 0; i < n_active_segs; i++)

        {

        {

          asi = active_segs[i];

          asi = active_segs[i];

          p_curs = ips[asi][1];

          p_curs = ips[asi][1];

          if (p_curs.y == y)

          if (p_curs.y == y)

            {

            {

              bar (new_vp, n_points_max,

              bar (new_vp, n_points_max,

                   p_curs, seg_map, active_segs, i);

                   p_curs, seg_map, active_segs, i);

              n_ips[asi]--;

              n_ips[asi]--;

              for (j = 0; j < n_ips[asi]; j++)

              for (j = 0; j < n_ips[asi]; j++)

                ips[asi][j] = ips[asi][j + 1];

                ips[asi][j] = ips[asi][j + 1];

              if (first_share < 0 || p_curs.x != share_x)

              if (first_share < 0 || p_curs.x != share_x)

                {

                {

                  foo (first_share, i,

                  foo (first_share, i,

                       active_segs, n_active_segs,

                       active_segs, n_active_segs,

                       cursor, ips, n_ips, n_ips_max, vp, seg_map,

                       cursor, ips, n_ips, n_ips_max, vp, seg_map,

                       &new_vp, &n_segs_max, &n_points_max);

                       &new_vp, &n_segs_max, &n_points_max);

                  first_share = i;

                  first_share = i;

                  share_x = p_curs.x;

                  share_x = p_curs.x;

                }

                }

            }

            }

          else

          else

            {

            {

              foo (first_share, i,

              foo (first_share, i,

                   active_segs, n_active_segs,

                   active_segs, n_active_segs,

                   cursor, ips, n_ips, n_ips_max, vp, seg_map,

                   cursor, ips, n_ips, n_ips_max, vp, seg_map,

                   &new_vp, &n_segs_max, &n_points_max);

                   &new_vp, &n_segs_max, &n_points_max);

              first_share = -1;

              first_share = -1;

            }

            }

        }

        }

    }

    }

  return new_vp;

  return new_vp;

}

}