1 /* Several of the binary compatibility tests use these macros to
2 allow debugging the test or tracking down a failure by getting an
3 indication of whether each individual check passed or failed.
4 When DBG is defined, each check is shown by a dot (pass) or 'F'
5 (fail) rather than aborting as soon as a failure is detected. */
9 #define DEBUG_INIT setbuf (stdout, NULL);
10 #define DEBUG_FPUTS(x) fputs (x, stdout)
11 #define DEBUG_DOT putc ('.', stdout)
12 #define DEBUG_NL putc ('\n', stdout)
13 #define DEBUG_FAIL putc ('F', stdout); fails++
14 #define DEBUG_CHECK { DEBUG_FAIL; } else { DEBUG_DOT; }
15 #define DEBUG_FINI if (fails) DEBUG_FPUTS ("failed\n"); \
16 else DEBUG_FPUTS ("passed\n");
19 #define DEBUG_FPUTS(x)
22 #define DEBUG_FAIL abort ()
23 #define DEBUG_CHECK abort ();
28 #ifndef SKIP_COMPLEX_INT
29 #define SKIP_COMPLEX_INT
35 #define CINT(x, y) (x + y * __extension__ 1i)
36 #define CDBL(x, y) (x + y * __extension__ 1.0i)
39 /* ??? Complex support without <complex.h>. */
43 #ifndef SKIP_COMPLEX_INT
44 #define CINT(x, y) ((_Complex int) (x + y * _Complex_I))
46 #define CDBL(x, y) (x + y * _Complex_I)
51 extern "C" void abort (void);
53 extern void abort (void);