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jeremybenn |
#include <stdarg.h>
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#include "compat-common.h"
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#ifdef SKIP_VA
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const int test_va = 0;
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#else
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const int test_va = 1;
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#endif
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typedef struct { char c; } Sc;
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typedef struct { short s; } Ss;
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typedef struct { int i; } Si;
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typedef struct { short s; char c; } Ssc;
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typedef struct { int i; short s; } Sis;
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typedef struct { char c; short s; int i; } Scsi;
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typedef struct { char c; int i; short s; } Scis;
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void initSc (Sc *p, int i) { p->c = i/16; }
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void initSs (Ss *p, int i) { p->s = i; }
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void initSi (Si *p, int i) { p->i = i; }
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void initSsc (Ssc *p, int i) { p->s = i; p->c = (i/16)+1; }
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void initSis (Sis *p, int i) { p->i = i; p->s = i+1; }
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void initScsi (Scsi *p, int i) { p->c = i/16; p->s = i+1; p->i = i+2; }
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void initScis (Scis *p, int i) { p->c = i/16; p->i = i+1; p->s = i+2; }
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#define T(N, TYPE) \
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struct S##TYPE##N { TYPE i[N]; }; \
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\
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extern struct S##TYPE##N g1s##TYPE##N, g2s##TYPE##N; \
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extern struct S##TYPE##N g3s##TYPE##N, g4s##TYPE##N; \
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extern struct S##TYPE##N g5s##TYPE##N, g6s##TYPE##N; \
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extern struct S##TYPE##N g7s##TYPE##N, g8s##TYPE##N; \
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extern struct S##TYPE##N g9s##TYPE##N, g10s##TYPE##N; \
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extern struct S##TYPE##N g11s##TYPE##N, g12s##TYPE##N; \
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extern struct S##TYPE##N g13s##TYPE##N, g14s##TYPE##N; \
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extern struct S##TYPE##N g15s##TYPE##N, g16s##TYPE##N; \
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\
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extern void check##TYPE (TYPE x, int i); \
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extern void \
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check##TYPE##N (struct S##TYPE##N *p, int i); \
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\
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void \
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checkg##TYPE##N (void) \
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{ \
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check##TYPE##N ( &g1s##TYPE##N, 1*16); \
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check##TYPE##N ( &g2s##TYPE##N, 2*16); \
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check##TYPE##N ( &g3s##TYPE##N, 3*16); \
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check##TYPE##N ( &g4s##TYPE##N, 4*16); \
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check##TYPE##N ( &g5s##TYPE##N, 5*16); \
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check##TYPE##N ( &g6s##TYPE##N, 6*16); \
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check##TYPE##N ( &g7s##TYPE##N, 7*16); \
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check##TYPE##N ( &g8s##TYPE##N, 8*16); \
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check##TYPE##N ( &g9s##TYPE##N, 9*16); \
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check##TYPE##N (&g10s##TYPE##N, 10*16); \
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check##TYPE##N (&g11s##TYPE##N, 11*16); \
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check##TYPE##N (&g12s##TYPE##N, 12*16); \
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check##TYPE##N (&g13s##TYPE##N, 13*16); \
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check##TYPE##N (&g14s##TYPE##N, 14*16); \
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check##TYPE##N (&g15s##TYPE##N, 15*16); \
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check##TYPE##N (&g16s##TYPE##N, 16*16); \
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} \
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\
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void \
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test##TYPE##N (struct S##TYPE##N s1, struct S##TYPE##N s2, \
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struct S##TYPE##N s3, struct S##TYPE##N s4, \
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struct S##TYPE##N s5, struct S##TYPE##N s6, \
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struct S##TYPE##N s7, struct S##TYPE##N s8, \
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struct S##TYPE##N s9, struct S##TYPE##N s10, \
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struct S##TYPE##N s11, struct S##TYPE##N s12, \
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struct S##TYPE##N s13, struct S##TYPE##N s14, \
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struct S##TYPE##N s15, struct S##TYPE##N s16) \
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{ \
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check##TYPE##N (&s1, 1*16); \
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check##TYPE##N (&s2, 2*16); \
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check##TYPE##N (&s3, 3*16); \
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check##TYPE##N (&s4, 4*16); \
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check##TYPE##N (&s5, 5*16); \
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check##TYPE##N (&s6, 6*16); \
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check##TYPE##N (&s7, 7*16); \
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check##TYPE##N (&s8, 8*16); \
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check##TYPE##N (&s9, 9*16); \
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check##TYPE##N (&s10, 10*16); \
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check##TYPE##N (&s11, 11*16); \
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check##TYPE##N (&s12, 12*16); \
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check##TYPE##N (&s13, 13*16); \
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check##TYPE##N (&s14, 14*16); \
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check##TYPE##N (&s15, 15*16); \
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check##TYPE##N (&s16, 16*16); \
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} \
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\
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void \
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testva##TYPE##N (int n, ...) \
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{ \
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int i; \
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va_list ap; \
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if (test_va) \
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{ \
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va_start (ap, n); \
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for (i = 0; i < n; i++) \
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{ \
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struct S##TYPE##N t = va_arg (ap, struct S##TYPE##N); \
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check##TYPE##N (&t, (i+1)*16); \
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} \
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va_end (ap); \
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} \
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}
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#ifndef SKIP_ZERO_ARRAY
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T(0, Scsi)
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#endif
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T(1, Scsi)
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T(2, Scsi)
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T(3, Scsi)
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T(4, Scsi)
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T(5, Scsi)
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T(6, Scsi)
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T(7, Scsi)
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T(8, Scsi)
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T(9, Scsi)
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T(10, Scsi)
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T(11, Scsi)
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T(12, Scsi)
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T(13, Scsi)
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T(14, Scsi)
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T(15, Scsi)
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#ifndef SKIP_ZERO_ARRAY
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T(0, Scis)
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#endif
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T(1, Scis)
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T(2, Scis)
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T(3, Scis)
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T(4, Scis)
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T(5, Scis)
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T(6, Scis)
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T(7, Scis)
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T(8, Scis)
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T(9, Scis)
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T(10, Scis)
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T(11, Scis)
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T(12, Scis)
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T(13, Scis)
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T(14, Scis)
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T(15, Scis)
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