ObjFW  Diff

	/*
	 * These test numbers can be generated without rounding if we have IEEE
	 * floating point numbers, thus we can use == on them.
	 */
	TEST(@"-[floatValue]",
	    [C(@"\t-0.25 ") floatValue] == -0.25 &&
	    [C(@"\r\n\tINF\t\n") doubleValue] == INFINITY &&
	    [C(@"\r\n\tINF\t\n") floatValue] == INFINITY &&
	    [C(@"\r -INFINITY\n") floatValue] == -INFINITY &&
	    isnan([C(@"   NAN\t\t") floatValue]))

#if !defined(OF_ANDROID) && !defined(OF_SOLARIS) && !defined(OF_DJGPP)
#if !defined(OF_ANDROID) && !defined(OF_SOLARIS) && !defined(OF_DJGPP) && \
    !defined(OF_AMIGAOS3)
# define INPUT @"\t-0x1.FFFFFFFFFFFFFP-1020 "
# define EXPECTED -0x1.FFFFFFFFFFFFFP-1020
#else
/* Android, Solaris and DJGPP do not accept 0x for strtod() */
# if !defined(OF_SOLARIS) || !defined(OF_X86)
/* Android, Solaris, DJGPP and AmigaOS3 do not accept 0x for strtod() */
# if (!defined(OF_SOLARIS) || !defined(OF_X86)) && !defined(OF_AMIGAOS3)
#  define INPUT @"\t-0.123456789 "
#  define EXPECTED -0.123456789
# else
/*
/* Solaris' strtod() has weird rounding on x86, but not on x86_64 */
 * Solaris' strtod() has weird rounding on x86, but not on x86_64/
 * AmigaOS 3 with libnix has weird rounding as well.
 */
#  define INPUT @"\t-0.125 "
#  define EXPECTED -0.125
# endif
#endif
	TEST(@"-[doubleValue]",
	    [INPUT doubleValue] == EXPECTED &&
	    [C(@"\r\n\tINF\t\n") doubleValue] == INFINITY &&