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Subversion Repositories openrisc_2011-10-31

[/] [openrisc/] [tags/] [gnu-src/] [gcc-4.5.1/] [gcc-4.5.1-or32-1.0rc2/] [gcc/] [testsuite/] [gcc.dg/] [compat/] [struct-return-2_y.c] - Blame information for rev 384

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Line No. Rev Author Line
1 298 jeremybenn 
#include <stdarg.h>
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#include "compat-common.h"
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#define T(N, NAME, TYPE)                                        \
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struct S##NAME##N { TYPE i[N]; };                               \
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                                                                \
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extern struct S##NAME##N g1s##NAME##N, g2s##NAME##N;            \
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extern struct S##NAME##N g3s##NAME##N, g4s##NAME##N;            \
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extern struct S##NAME##N g5s##NAME##N, g6s##NAME##N;            \
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extern struct S##NAME##N g7s##NAME##N, g8s##NAME##N;            \
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extern struct S##NAME##N g9s##NAME##N, g10s##NAME##N;           \
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extern struct S##NAME##N g11s##NAME##N, g12s##NAME##N;          \
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extern struct S##NAME##N g13s##NAME##N, g14s##NAME##N;          \
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extern struct S##NAME##N g15s##NAME##N, g16s##NAME##N;          \
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                                                                \
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extern void check##NAME##N (struct S##NAME##N *p, int i);       \
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                                                                \
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void                                                            \
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init##NAME##N (struct S##NAME##N *p, int i)                     \
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{                                                               \
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  int j;                                                        \
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  for (j = 0; j < N; j++)                                        \
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    p->i[j] = i + j;                                            \
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}                                                               \
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                                                                \
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void                                                            \
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checkg##NAME##N (void)                                          \
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{                                                               \
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  check##NAME##N ( &g1s##NAME##N,  1*16);                       \
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  check##NAME##N ( &g2s##NAME##N,  2*16);                       \
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  check##NAME##N ( &g3s##NAME##N,  3*16);                       \
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  check##NAME##N ( &g4s##NAME##N,  4*16);                       \
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  check##NAME##N ( &g5s##NAME##N,  5*16);                       \
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  check##NAME##N ( &g6s##NAME##N,  6*16);                       \
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  check##NAME##N ( &g7s##NAME##N,  7*16);                       \
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  check##NAME##N ( &g8s##NAME##N,  8*16);                       \
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  check##NAME##N ( &g9s##NAME##N,  9*16);                       \
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  check##NAME##N (&g10s##NAME##N, 10*16);                       \
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  check##NAME##N (&g11s##NAME##N, 11*16);                       \
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  check##NAME##N (&g12s##NAME##N, 12*16);                       \
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  check##NAME##N (&g13s##NAME##N, 13*16);                       \
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  check##NAME##N (&g14s##NAME##N, 14*16);                       \
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  check##NAME##N (&g15s##NAME##N, 15*16);                       \
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  check##NAME##N (&g16s##NAME##N, 16*16);                       \
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}                                                               \
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                                                                \
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struct S##NAME##N                                               \
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test0##NAME##N (void)                                           \
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{                                                               \
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  return g1s##NAME##N;                                          \
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}                                                               \
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                                                                \
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struct S##NAME##N                                               \
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test1##NAME##N (struct S##NAME##N x01)                          \
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{                                                               \
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  return x01;                                                   \
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}                                                               \
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                                                                \
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struct S##NAME##N                                               \
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testva##NAME##N (int n, ...)                                    \
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{                                                               \
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  int i;                                                        \
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  struct S##NAME##N rslt;                                       \
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  va_list ap;                                                   \
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  va_start (ap, n);                                             \
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  for (i = 0; i < n; i++)                                        \
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    rslt = va_arg (ap, struct S##NAME##N);                      \
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  va_end (ap);                                                  \
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  return rslt;                                                  \
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}
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#ifndef SKIP_ZERO_ARRAY
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T(0, uc, unsigned char)
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#endif
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T(1, uc, unsigned char)
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T(2, uc, unsigned char)
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T(3, uc, unsigned char)
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T(4, uc, unsigned char)
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T(5, uc, unsigned char)
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T(6, uc, unsigned char)
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T(7, uc, unsigned char)
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T(8, uc, unsigned char)
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T(9, uc, unsigned char)
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T(10, uc, unsigned char)
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T(11, uc, unsigned char)
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T(12, uc, unsigned char)
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T(13, uc, unsigned char)
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T(14, uc, unsigned char)
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T(15, uc, unsigned char)
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#ifndef SKIP_ZERO_ARRAY
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T(0, us, unsigned short)
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#endif
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T(1, us, unsigned short)
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T(2, us, unsigned short)
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T(3, us, unsigned short)
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T(4, us, unsigned short)
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T(5, us, unsigned short)
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T(6, us, unsigned short)
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T(7, us, unsigned short)
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T(8, us, unsigned short)
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T(9, us, unsigned short)
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T(10, us, unsigned short)
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T(11, us, unsigned short)
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T(12, us, unsigned short)
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T(13, us, unsigned short)
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T(14, us, unsigned short)
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T(15, us, unsigned short)
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#ifndef SKIP_ZERO_ARRAY
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T(0, ui, unsigned int)
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#endif
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T(1, ui, unsigned int)
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T(2, ui, unsigned int)
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T(3, ui, unsigned int)
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T(4, ui, unsigned int)
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T(5, ui, unsigned int)
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T(6, ui, unsigned int)
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T(7, ui, unsigned int)
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T(8, ui, unsigned int)
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T(9, ui, unsigned int)
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T(10, ui, unsigned int)
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T(11, ui, unsigned int)
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T(12, ui, unsigned int)
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T(13, ui, unsigned int)
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T(14, ui, unsigned int)
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T(15, ui, unsigned int)

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