ATF_TC_BODY(alternate_form, tc)
{
ATF_REQUIRE(setlocale(LC_NUMERIC, "C"));
testfmt("1.250e+00", "%#.3e", 1.25);
testfmt("123.000000", "%#f", 123.0);
testfmt(" 12345.", "%#7.5g", 12345.0);
testfmt(" 1.00000", "%#8g", 1.0);
testfmt("0.0", "%#.2g", 0.0);
}
ATF_TC_BODY(padding, tc)
{
ATF_REQUIRE(setlocale(LC_NUMERIC, "C"));
testfmt("0.000000e+00", "%e", 0.0);
testfmt("0.000000", "%F", (double)0.0);
testfmt("0", "%G", 0.0);
testfmt(" 0", "%3.0Lg", 0.0L);
testfmt(" 0", "%5.0f", 0.001);
}
ATF_TC_BODY(int_limits, tc)
{
ATF_REQUIRE(setlocale(LC_NUMERIC, "C"));
/*
* Check that printing the largest negative number does not cause
* overflow when it is negated.
*/
testfmt(S_INT32MIN, "%d", INT_MIN);
testfmt(S_INT64MIN, "%jd", INTMAX_MIN);
}
ATF_TC_BODY(signed_conversions, tc)
{
ATF_REQUIRE(setlocale(LC_NUMERIC, "C"));
testfmt("+2.500000e-01", "%+e", 0.25);
testfmt("+0.000000", "%+F", 0.0);
testfmt("-1", "%+g", -1.0);
testfmt("-1.000000e+00", "% e", -1.0);
testfmt("+1.000000", "% +f", 1.0);
testfmt(" 1", "% g", 1.0);
testfmt(" 0", "% g", 0.0);
}
ATF_TC_BODY(precision_specifiers, tc)
{
ATF_REQUIRE(setlocale(LC_NUMERIC, "C"));
testfmt("1.0123e+00", "%.4e", 1.0123456789);
testfmt("1.0123", "%.4f", 1.0123456789);
testfmt("1.012", "%.4g", 1.0123456789);
testfmt("1.2346e-02", "%.4e", 0.0123456789);
testfmt("0.0123", "%.4f", 0.0123456789);
testfmt("0.01235", "%.4g", 0.0123456789);
}
ATF_TC_BODY(hexadecimal_floating_point, tc)
{
ATF_REQUIRE(setlocale(LC_NUMERIC, "C"));
/*
* Hexadecimal floating point (%a, %A) tests. Some of these
* are only valid if the implementation converts to hex digits
* on nibble boundaries.
*/
testfmt("0x0p+0", "%a", 0x0.0p0);
testfmt("0X0.P+0", "%#LA", 0x0.0p0L);
testfmt("inf", "%La", (long double)INFINITY);
testfmt("+INF", "%+A", INFINITY);
testfmt("nan", "%La", (long double)NAN);
testfmt("NAN", "%A", NAN);
testfmt(" 0x1.23p+0", "%10a", 0x1.23p0);
testfmt(" 0x1.23p-500", "%12a", 0x1.23p-500);
testfmt(" 0x1.2p+40", "%10.1a", 0x1.23p40);
testfmt(" 0X1.230000000000000000000000P-4", "%32.24A", 0x1.23p-4);
testfmt("0x1p-1074", "%a", 0x1p-1074);
testfmt("0x1.2345p-1024", "%a", 0x1.2345p-1024);
#if (LDBL_MANT_DIG == 64)
testfmt("0x1.921fb54442d18468p+1", "%La", 0x3.243f6a8885a308dp0L);
testfmt("0x1p-16445", "%La", 0x1p-16445L);
testfmt("0x1.30ecap-16381", "%La", 0x9.8765p-16384L);
#elif (LDBL_MANT_DIG == 113)
testfmt("0x1.921fb54442d18469898cc51701b8p+1", "%La",
0x3.243f6a8885a308d313198a2e037p0L);
testfmt("0x1p-16494", "%La", 0x1p-16494L);
testfmt("0x1.2345p-16384", "%La", 0x1.2345p-16384L);
#else
testfmt("0x1.921fb54442d18p+1", "%La", 0x3.243f6a8885a31p0L);
testfmt("0x1p-1074", "%La", 0x1p-1074L);
testfmt("0x1.30ecap-1021", "%La", 0x9.8765p-1024L);
#endif
}
ATF_TC_BODY(decimal_rounding, tc)
{
ATF_REQUIRE(setlocale(LC_NUMERIC, "C"));
fesetround(FE_DOWNWARD);
testfmt("4.437", "%.3f", 4.4375);
testfmt("-4.438", "%.3f", -4.4375);
testfmt("4.437", "%.3Lf", 4.4375L);
testfmt("-4.438", "%.3Lf", -4.4375L);
fesetround(FE_UPWARD);
testfmt("4.438", "%.3f", 4.4375);
testfmt("-4.437", "%.3f", -4.4375);
testfmt("4.438", "%.3Lf", 4.4375L);
testfmt("-4.437", "%.3Lf", -4.4375L);
fesetround(FE_TOWARDZERO);
testfmt("4.437", "%.3f", 4.4375);
testfmt("-4.437", "%.3f", -4.4375);
testfmt("4.437", "%.3Lf", 4.4375L);
testfmt("-4.437", "%.3Lf", -4.4375L);
fesetround(FE_TONEAREST);
testfmt("4.438", "%.3f", 4.4375);
testfmt("-4.438", "%.3f", -4.4375);
testfmt("4.438", "%.3Lf", 4.4375L);
testfmt("-4.438", "%.3Lf", -4.4375L);
}
ATF_TC_BODY(padding_and_decimal_point_placement, tc)
{
ATF_REQUIRE(setlocale(LC_NUMERIC, "C"));
testfmt("03.2E+00", "%08.1E", 3.25);
testfmt("003.25", "%06.2F", 3.25);
testfmt("0003.25", "%07.4G", 3.25);
testfmt("3.14159e-05", "%g", 3.14159e-5);
testfmt("0.000314159", "%g", 3.14159e-4);
testfmt("3.14159e+06", "%g", 3.14159e6);
testfmt("314159", "%g", 3.14159e5);
testfmt("314159.", "%#g", 3.14159e5);
testfmt(" 9.000000e+03", "%13e", 9000.0);
testfmt(" 9000.000000", "%12f", 9000.0);
testfmt(" 9000", "%5g", 9000.0);
testfmt(" 900000.", "%#8g", 900000.0);
testfmt(" 9e+06", "%6g", 9000000.0);
testfmt(" 9.000000e-04", "%13e", 0.0009);
testfmt(" 0.000900", "%9f", 0.0009);
testfmt(" 0.0009", "%7g", 0.0009);
testfmt(" 9e-05", "%6g", 0.00009);
testfmt(" 9.00000e-05", "%#12g", 0.00009);
testfmt(" 9.e-05", "%#7.1g", 0.00009);
testfmt(" 0.0", "%4.1f", 0.0);
testfmt("90.0", "%4.1f", 90.0);
testfmt(" 100", "%4.0f", 100.0);
testfmt("9.0e+01", "%4.1e", 90.0);
testfmt("1e+02", "%4.0e", 100.0);
}
int
main(int argc, char *argv[])
{
printf("1..2\n");
assert(setlocale(LC_NUMERIC, "C"));
/* The test requires these to be true. */
assert(UINTMAX_MAX == UINT64_MAX);
assert(UINT_MAX == UINT32_MAX);
assert(USHRT_MAX == 0xffff);
assert(UCHAR_MAX == 0xff);
/*
* Make sure we handle signed vs. unsigned args correctly.
*/
testfmt("-1", "%jd", (intmax_t)-1);
testfmt(S_UINT64MAX, "%ju", UINT64_MAX);
testfmt("-1", "%td", (ptrdiff_t)-1);
testfmt(S_SIZEMAX, "%tu", (size_t)-1);
testfmt("-1", "%zd", (ssize_t)-1);
testfmt(S_SIZEMAX, "%zu", (ssize_t)-1);
testfmt("-1", "%ld", (long)-1);
testfmt(S_ULONGMAX, "%lu", ULONG_MAX);
testfmt("-1", "%lld", (long long)-1);
testfmt(S_ULONGMAX, "%lu", ULLONG_MAX);
testfmt("-1", "%d", -1);
testfmt(S_UINT32MAX, "%lu", UINT32_MAX);
testfmt("-1", "%hd", -1);
testfmt("65535", "%hu", USHRT_MAX);
testfmt("-1", "%hhd", -1);
testfmt("255", "%hhu", UCHAR_MAX);
printf("ok 1 - printbasic signed/unsigned\n");
/*
* Check that printing the largest negative number does not cause
* overflow when it is negated.
*/
testfmt(S_INT32MIN, "%d", INT_MIN);
testfmt(S_INT64MIN, "%jd", INTMAX_MIN);
printf("ok 2 - printbasic INT_MIN\n");
return (0);
}
int
main(int argc, char *argv[])
{
setvbuf(stdout, NULL, _IONBF, 0);
printf("1..11\n");
assert(setlocale(LC_NUMERIC, "C"));
#if __ANDROID__ && __x86_64__ && __clang__
/* Print of long double values broken on Android/x86_64 when being built by clang.
* See https://tracker.crystax.net/issues/830 for details.
*/
#define LONG_DOUBLE_PRINT_BROKEN 1
#else
#define LONG_DOUBLE_PRINT_BROKEN 0
#endif
/*
* Basic tests of decimal output functionality.
*/
testfmt(" 1.000000E+00", "%13E", 1.0);
testfmt(" 1.000000", "%13f", 1.0);
testfmt(" 1", "%13G", 1.0);
#if !LONG_DOUBLE_PRINT_BROKEN
testfmt(" 1.000000E+00", "%13LE", 1.0L);
testfmt(" 1.000000", "%13Lf", 1.0L);
testfmt(" 1", "%13LG", 1.0L);
#endif /* !LONG_DOUBLE_PRINT_BROKEN */
testfmt("2.718282", "%.*f", -2, 2.7182818);
testfmt("1.234568e+06", "%e", 1234567.8);
testfmt("1234567.800000", "%f", 1234567.8);
testfmt("1.23457E+06", "%G", 1234567.8);
#if !LONG_DOUBLE_PRINT_BROKEN
testfmt("1.234568e+06", "%Le", 1234567.8L);
testfmt("1234567.800000", "%Lf", 1234567.8L);
testfmt("1.23457E+06", "%LG", 1234567.8L);
#endif /* !LONG_DOUBLE_PRINT_BROKEN */
#if (LDBL_MANT_DIG > DBL_MANT_DIG) && !defined(__i386__)
#if !LONG_DOUBLE_PRINT_BROKEN
testfmt("123456789.864210", "%Lf", 123456789.8642097531L);
testfmt("-1.23457E+08", "%LG", -123456789.8642097531L);
testfmt("123456789.8642097531", "%.10Lf", 123456789.8642097531L);
#if !__gnu_linux__
testfmt(" 3.141592653589793238e-4000", "%L27.18Le",
3.14159265358979323846e-4000L);
#endif
#endif /* !LONG_DOUBLE_PRINT_BROKEN */
#endif
printf("ok 1 - printfloat\n");
/*
* Infinities and NaNs
*/
testfmt("nan", "%e", NAN);
testfmt("NAN", "%F", NAN);
testfmt("nan", "%g", NAN);
#if !__ANDROID__
/* Temporarily disable this test since it's broken.
* See https://tracker.crystax.net/issues/817.
*/
testfmt("NAN", "%LE", (long double)NAN);
#endif
#if !__APPLE__ || defined(__MAC_10_7)
testfmt(" nan", "%05e", NAN);
#endif
testfmt("INF", "%E", HUGE_VAL);
testfmt("-inf", "%f", -HUGE_VAL);
testfmt("+inf", "%+g", HUGE_VAL);
#if !__ANDROID__
/* Temporarily disable these tests since they are broken.
* See https://tracker.crystax.net/issues/818.
*/
testfmt(" inf", "%4.2Le", HUGE_VALL);
testfmt("-inf", "%Lf", -HUGE_VALL);
#endif
#if !__APPLE__ || defined(__MAC_10_7)
testfmt(" inf", "%05e", HUGE_VAL);
testfmt(" -inf", "%05e", -HUGE_VAL);
#endif
printf("ok 2 - printfloat\n");
/*
* Padding
*/
testfmt("0.000000e+00", "%e", 0.0);
testfmt("0.000000", "%F", (double)0.0);
testfmt("0", "%G", 0.0);
testfmt(" 0", "%3.0Lg", 0.0L);
testfmt(" 0", "%5.0f", 0.001);
printf("ok 3 - printfloat\n");
/*
* Precision specifiers
*/
testfmt("1.0123e+00", "%.4e", 1.0123456789);
testfmt("1.0123", "%.4f", 1.0123456789);
testfmt("1.012", "%.4g", 1.0123456789);
testfmt("1.2346e-02", "%.4e", 0.0123456789);
testfmt("0.0123", "%.4f", 0.0123456789);
testfmt("0.01235", "%.4g", 0.0123456789);
printf("ok 4 - printfloat\n");
/*
* Thousands' separators and other locale fun
*/
testfmt("12345678.0625", "%'.04f", 12345678.0625);
testfmt("0012345678.0625", "%'015.4F", 12345678.0625);
#if !__gnu_linux__
assert(setlocale(LC_NUMERIC, "hi_IN.ISCII-DEV")); /* grouping == 2;3 */
testfmt("123,456,78.0625", "%'.4f", 12345678.0625);
testfmt("00123,456,78.0625", "%'017.4F", 12345678.0625);
testfmt(" 90,00", "%'6.0f", 9000.0);
testfmt("90,00.0", "%'.1f", 9000.0);
assert(setlocale(LC_NUMERIC, "ru_RU.ISO8859-5")); /* decimalpoint==, */
testfmt("3,1415", "%g", 3.1415);
/* thousands=. decimalpoint=, grouping=3;3 */
assert(setlocale(LC_NUMERIC, "el_GR.ISO8859-7")); /* decimalpoint==, */
testfmt("1.234,00", "%'.2f", 1234.00);
testfmt("123.456,789", "%'.3f", 123456.789);
#endif /* !__gnu_linux__ */
assert(setlocale(LC_NUMERIC, "C"));
testfmt("12345678.062500", "%'f", 12345678.0625);
testfmt("9000.000000", "%'f", 9000.0);
printf("ok 5 - printfloat\n");
/*
* Signed conversions
*/
testfmt("+2.500000e-01", "%+e", 0.25);
testfmt("+0.000000", "%+F", 0.0);
testfmt("-1", "%+g", -1.0);
testfmt("-1.000000e+00", "% e", -1.0);
testfmt("+1.000000", "% +f", 1.0);
testfmt(" 1", "% g", 1.0);
testfmt(" 0", "% g", 0.0);
printf("ok 6 - printfloat\n");
/*
* ``Alternate form''
*/
testfmt("1.250e+00", "%#.3e", 1.25);
testfmt("123.000000", "%#f", 123.0);
testfmt(" 12345.", "%#7.5g", 12345.0);
testfmt(" 1.00000", "%#8g", 1.0);
testfmt("0.0", "%#.2g", 0.0);
printf("ok 7 - printfloat\n");
/*
* Padding and decimal point placement
*/
testfmt("03.2E+00", "%08.1E", 3.25);
testfmt("003.25", "%06.2F", 3.25);
testfmt("0003.25", "%07.4G", 3.25);
testfmt("3.14159e-05", "%g", 3.14159e-5);
testfmt("0.000314159", "%g", 3.14159e-4);
testfmt("3.14159e+06", "%g", 3.14159e6);
testfmt("314159", "%g", 3.14159e5);
testfmt("314159.", "%#g", 3.14159e5);
testfmt(" 9.000000e+03", "%13e", 9000.0);
testfmt(" 9000.000000", "%12f", 9000.0);
testfmt(" 9000", "%5g", 9000.0);
testfmt(" 900000.", "%#8g", 900000.0);
testfmt(" 9e+06", "%6g", 9000000.0);
testfmt(" 9.000000e-04", "%13e", 0.0009);
testfmt(" 0.000900", "%9f", 0.0009);
testfmt(" 0.0009", "%7g", 0.0009);
testfmt(" 9e-05", "%6g", 0.00009);
testfmt(" 9.00000e-05", "%#12g", 0.00009);
testfmt(" 9.e-05", "%#7.1g", 0.00009);
testfmt(" 0.0", "%4.1f", 0.0);
testfmt("90.0", "%4.1f", 90.0);
testfmt(" 100", "%4.0f", 100.0);
testfmt("9.0e+01", "%4.1e", 90.0);
testfmt("1e+02", "%4.0e", 100.0);
printf("ok 8 - printfloat\n");
#if __ANDROID__
/* Temporarily disable some tests since they are broken.
* See https://tracker.crystax.net/issues/819 for details.
*/
#define FLOAT_DECIMAL_ROUNDING_DOWNWARD_BROKEN 1
#define FLOAT_DECIMAL_ROUNDING_UPWARD_BROKEN 1
#define FLOAT_DECIMAL_ROUNDING_TOWARDZERO_BROKEN 1
#define FLOAT_DECIMAL_ROUNDING_TONEAREST_BROKEN 0
#elif defined(__GLIBC__) && __GLIBC__ == 2 && __GLIBC_MINOR__ <= 15
#define FLOAT_DECIMAL_ROUNDING_DOWNWARD_BROKEN 1
#define FLOAT_DECIMAL_ROUNDING_UPWARD_BROKEN 1
#define FLOAT_DECIMAL_ROUNDING_TOWARDZERO_BROKEN 1
#define FLOAT_DECIMAL_ROUNDING_TONEAREST_BROKEN 0
#else
#define FLOAT_DECIMAL_ROUNDING_DOWNWARD_BROKEN 0
#define FLOAT_DECIMAL_ROUNDING_UPWARD_BROKEN 0
#define FLOAT_DECIMAL_ROUNDING_TOWARDZERO_BROKEN 0
#define FLOAT_DECIMAL_ROUNDING_TONEAREST_BROKEN 0
#endif
#if !FLOAT_DECIMAL_ROUNDING_DOWNWARD_BROKEN
/*
* Decimal rounding
*/
fesetround(FE_DOWNWARD);
testfmt("4.437", "%.3f", 4.4375);
testfmt("-4.438", "%.3f", -4.4375);
testfmt("4.437", "%.3Lf", 4.4375L);
#if !__APPLE__ || defined(__MAC_10_7)
testfmt("-4.438", "%.3Lf", -4.4375L);
#endif
#endif /* !FLOAT_DECIMAL_ROUNDING_DOWNWARD_BROKEN */
#if !FLOAT_DECIMAL_ROUNDING_UPWARD_BROKEN
fesetround(FE_UPWARD);
testfmt("4.438", "%.3f", 4.4375);
testfmt("-4.437", "%.3f", -4.4375);
testfmt("4.438", "%.3Lf", 4.4375L);
#if !__APPLE__ || defined(__MAC_10_7)
testfmt("-4.437", "%.3Lf", -4.4375L);
#endif
#endif /* !FLOAT_DECIMAL_ROUNDING_UPWARD_BROKEN */
#if !FLOAT_DECIMAL_ROUNDING_TOWARDZERO_BROKEN
fesetround(FE_TOWARDZERO);
testfmt("4.437", "%.3f", 4.4375);
testfmt("-4.437", "%.3f", -4.4375);
testfmt("4.437", "%.3Lf", 4.4375L);
testfmt("-4.437", "%.3Lf", -4.4375L);
#endif /* !FLOAT_DECIMAL_ROUNDING_TOWARDZERO_BROKEN */
#if !FLOAT_DECIMAL_ROUNDING_TONEAREST_BROKEN
fesetround(FE_TONEAREST);
testfmt("4.438", "%.3f", 4.4375);
testfmt("-4.438", "%.3f", -4.4375);
#if !LONG_DOUBLE_PRINT_BROKEN
testfmt("4.438", "%.3Lf", 4.4375L);
testfmt("-4.438", "%.3Lf", -4.4375L);
#endif /* !LONG_DOUBLE_PRINT_BROKEN */
#endif /* !FLOAT_DECIMAL_ROUNDING_TONEAREST_BROKEN */
printf("ok 9 - printfloat\n");
/*
* Hexadecimal floating point (%a, %A) tests. Some of these
* are only valid if the implementation converts to hex digits
* on nibble boundaries.
*/
testfmt("0x0p+0", "%a", 0x0.0p0);
testfmt("0X0.P+0", "%#LA", 0x0.0p0L);
#if !LONG_DOUBLE_PRINT_BROKEN
testfmt("inf", "%La", (long double)INFINITY);
#endif
testfmt("+INF", "%+A", INFINITY);
#if !LONG_DOUBLE_PRINT_BROKEN
testfmt("nan", "%La", (long double)NAN);
#endif
testfmt("NAN", "%A", NAN);
testfmt(" 0x1.23p+0", "%10a", 0x1.23p0);
testfmt(" 0x1.23p-500", "%12a", 0x1.23p-500);
testfmt(" 0x1.2p+40", "%10.1a", 0x1.23p40);
testfmt(" 0X1.230000000000000000000000P-4", "%32.24A", 0x1.23p-4);
#if !__gnu_linux__
testfmt("0x1p-1074", "%a", 0x1p-1074);
testfmt("0x1.2345p-1024", "%a", 0x1.2345p-1024);
#endif /* !__gnu_linux__ */
#if !__APPLE__ && !__gnu_linux__
#if (LDBL_MANT_DIG == 64) && !defined(__i386__)
testfmt("0x1.921fb54442d18468p+1", "%La", 0x3.243f6a8885a308dp0L);
testfmt("0x1p-16445", "%La", 0x1p-16445L);
testfmt("0x1.30ecap-16381", "%La", 0x9.8765p-16384L);
#elif (LDBL_MANT_DIG == 113)
testfmt("0x1.921fb54442d18469898cc51701b8p+1", "%La",
0x3.243f6a8885a308d313198a2e037p0L);
testfmt("0x1p-16494", "%La", 0x1p-16494L);
testfmt("0x1.2345p-16384", "%La", 0x1.2345p-16384L);
#else
testfmt("0x1.921fb54442d18p+1", "%La", 0x3.243f6a8885a31p0L);
testfmt("0x1p-1074", "%La", 0x1p-1074L);
testfmt("0x1.30ecap-1021", "%La", 0x9.8765p-1024L);
#endif
#endif /* !__APPLE__ && !__gnu_linux__ */
printf("ok 10 - printfloat\n");
#if __ANDROID__ && __arm__ && __SOFTFP__
/* Temporarily disable this test for ARM soft float since it's broken.
* See https://tracker.crystax.net/issues/820 for details.
*/
#define FLOAT_HEX_ROUNDING_BROKEN 1
#elif defined(__GLIBC__) && __GLIBC__ == 2 && __GLIBC_MINOR__ <= 15
#define FLOAT_HEX_ROUNDING_BROKEN 1
#else
#define FLOAT_HEX_ROUNDING_BROKEN 0
#endif
#if __CRYSTAX__ && __i386__
/* This test fails on x86 emulator so temporarily disable it for such case.
* See https://tracker.crystax.net/issues/820 for details.
*/
if (crystax_device_type() != CRYSTAX_DEVICE_TYPE_EMULATOR)
{
#endif
#if !FLOAT_HEX_ROUNDING_BROKEN
/*
* Hexadecimal rounding
*/
fesetround(FE_TOWARDZERO);
testfmt("0X1.23456789ABCP+0", "%.11A", 0x1.23456789abcdep0);
testfmt("-0x1.23456p+0", "%.5a", -0x1.23456789abcdep0);
testfmt("0x1.23456p+0", "%.5a", 0x1.23456789abcdep0);
testfmt("0x1.234567p+0", "%.6a", 0x1.23456789abcdep0);
testfmt("-0x1.234566p+0", "%.6a", -0x1.23456689abcdep0);
fesetround(FE_DOWNWARD);
testfmt("0X1.23456789ABCP+0", "%.11A", 0x1.23456789abcdep0);
testfmt("-0x1.23457p+0", "%.5a", -0x1.23456789abcdep0);
testfmt("0x1.23456p+0", "%.5a", 0x1.23456789abcdep0);
testfmt("0x1.234567p+0", "%.6a", 0x1.23456789abcdep0);
testfmt("-0x1.234567p+0", "%.6a", -0x1.23456689abcdep0);
fesetround(FE_UPWARD);
testfmt("0X1.23456789ABDP+0", "%.11A", 0x1.23456789abcdep0);
testfmt("-0x1.23456p+0", "%.5a", -0x1.23456789abcdep0);
testfmt("0x1.23457p+0", "%.5a", 0x1.23456789abcdep0);
testfmt("0x1.234568p+0", "%.6a", 0x1.23456789abcdep0);
testfmt("-0x1.234566p+0", "%.6a", -0x1.23456689abcdep0);
#endif /* !FLOAT_HEX_ROUNDING_BROKEN */
#if __CRYSTAX__ && __i386__
}
#endif
fesetround(FE_TONEAREST);
testfmt("0x1.23456789abcdep+4", "%a", 0x1.23456789abcdep4);
testfmt("0X1.23456789ABDP+0", "%.11A", 0x1.23456789abcdep0);
testfmt("-0x1.23456p+0", "%.5a", -0x1.23456789abcdep0);
testfmt("0x1.23456p+0", "%.5a", 0x1.23456789abcdep0);
testfmt("0x1.234568p+0", "%.6a", 0x1.23456789abcdep0);
#if !__APPLE__ || defined(__MAC_10_7)
testfmt("-0x1.234567p+0", "%.6a", -0x1.23456689abcdep0);
#endif
#if !__APPLE__ && !__gnu_linux__
testfmt("0x1.00p-1029", "%.2a", 0x1.fffp-1030);
testfmt("0x1.00p-1026", "%.2a", 0xf.fffp-1030);
#endif /* !__APPLE__ && !__gnu_linux__ */
#if !__APPLE__ || defined(__MAC_10_7)
testfmt("0x1.83p+0", "%.2a", 1.51);
#endif
printf("ok 11 - printfloat\n");
return (0);
}
ATF_TC_BODY(infinities_and_nans, tc)
{
ATF_REQUIRE(setlocale(LC_NUMERIC, "C"));
testfmt("nan", "%e", NAN);
testfmt("NAN", "%F", NAN);
testfmt("nan", "%g", NAN);
testfmt("NAN", "%LE", (long double)NAN);
testfmt(" nan", "%05e", NAN);
testfmt("INF", "%E", HUGE_VAL);
testfmt("-inf", "%f", -HUGE_VAL);
testfmt("+inf", "%+g", HUGE_VAL);
testfmt(" inf", "%4.2Le", HUGE_VALL);
testfmt("-inf", "%Lf", -HUGE_VALL);
testfmt(" inf", "%05e", HUGE_VAL);
testfmt(" -inf", "%05e", -HUGE_VAL);
}
ATF_TC_BODY(int_within_limits, tc)
{
ATF_REQUIRE(setlocale(LC_NUMERIC, "C"));
/* The test requires these to be true. */
ATF_REQUIRE(UINTMAX_MAX == UINT64_MAX);
ATF_REQUIRE(UINT_MAX == UINT32_MAX);
ATF_REQUIRE(USHRT_MAX == 0xffff);
ATF_REQUIRE(UCHAR_MAX == 0xff);
/* Make sure we handle signed vs. unsigned args correctly. */
testfmt("-1", "%jd", (intmax_t)-1);
testfmt(S_UINT64MAX, "%ju", UINT64_MAX);
testfmt("-1", "%td", (ptrdiff_t)-1);
testfmt(S_SIZEMAX, "%tu", (size_t)-1);
testfmt("-1", "%zd", (ssize_t)-1);
testfmt(S_SIZEMAX, "%zu", (ssize_t)-1);
testfmt("-1", "%ld", (long)-1);
testfmt(S_ULONGMAX, "%lu", ULONG_MAX);
testfmt("-1", "%lld", (long long)-1);
testfmt(S_ULONGMAX, "%lu", ULLONG_MAX);
testfmt("-1", "%d", -1);
testfmt(S_UINT32MAX, "%lu", UINT32_MAX);
testfmt("-1", "%hd", -1);
testfmt("65535", "%hu", USHRT_MAX);
testfmt("-1", "%hhd", -1);
testfmt("255", "%hhu", UCHAR_MAX);
}
ATF_TC_BODY(int_within_limits, tc)
{
ATF_REQUIRE(setlocale(LC_NUMERIC, "C"));
/* The test requires these to be true. */
ATF_REQUIRE(UINTMAX_MAX == UINT64_MAX);
ATF_REQUIRE(UINT_MAX == UINT32_MAX);
ATF_REQUIRE(USHRT_MAX == 0xffff);
ATF_REQUIRE(UCHAR_MAX == 0xff);
/* Make sure we handle signed vs. unsigned args correctly. */
testfmt("-1", "%jd", (intmax_t)-1);
testfmt(S_UINT64MAX, "%ju", UINT64_MAX);
if (sizeof(ptrdiff_t) != sizeof(uintmax_t))
atf_tc_expect_fail("the %%t qualifier is broken on 32-bit "
"platforms where there's a mismatch between ptrdiff_t and "
"uintmax_t's type width; bug # 191674");
testfmt("-1", "%td", (ptrdiff_t)-1);
testfmt(S_SIZEMAX, "%tu", (size_t)-1);
testfmt("-1", "%zd", (ssize_t)-1);
testfmt(S_SIZEMAX, "%zu", (ssize_t)-1);
testfmt("-1", "%ld", (long)-1);
testfmt(S_ULONGMAX, "%lu", ULONG_MAX);
testfmt("-1", "%lld", (long long)-1);
testfmt(S_ULLONGMAX, "%llu", ULLONG_MAX);
testfmt("-1", "%d", -1);
testfmt(S_UINT32MAX, "%u", UINT32_MAX);
testfmt("-1", "%hd", -1);
testfmt("65535", "%hu", USHRT_MAX);
testfmt("-1", "%hhd", -1);
testfmt("255", "%hhu", UCHAR_MAX);
}
void
IntlTestRBNFParse::TestParse() {
// Try various rule parsing errors. Shouldn't crash.
logln("RBNF Parse test starting");
// these rules make no sense but behave rationally
const char* okrules[] = {
"",
"random text",
"%foo:bar",
"%foo: bar",
"0:",
"0::",
";",
";;",
"%%foo:;",
":",
"::",
":1",
":;",
":;:;",
"-",
"-1",
"-:",
".",
".1",
"[",
"]",
"[]",
"[foo]",
"[[]",
"[]]",
"[[]]",
"[][]",
"<",
"<<",
"<<<",
"10:;9:;",
">",
">>",
">>>",
"=",
"==",
"===",
"=foo=",
NULL,
};
// these rules would throw exceptions when formatting, if we could throw exceptions
const char* exceptrules[] = {
"10:", // formatting any value with a one's digit will fail
"11: << x", // formating a multiple of 10 causes rollback rule to fail
"%%foo: 0 foo; 10: =%%bar=; %%bar: 0: bar; 10: =%%foo=;",
NULL,
};
// none of these rules should crash the formatter
const char** allrules[] = {
okrules,
exceptrules,
NULL,
};
for (int j = 0; allrules[j]; ++j) {
const char** rules = allrules[j];
for (int i = 0; rules[i]; ++i) {
const char* rule = rules[i];
logln("rule[%d] \"%s\"", i, rule);
UErrorCode status = U_ZERO_ERROR;
UParseError perr;
RuleBasedNumberFormat* formatter = new RuleBasedNumberFormat(rule, Locale::getUS(), perr, status);
if (U_SUCCESS(status)) {
// format some values
testfmt(formatter, 20, status);
testfmt(formatter, 1.23, status);
testfmt(formatter, -123, status);
testfmt(formatter, .123, status);
testfmt(formatter, 123, status);
} else if (status == U_PARSE_ERROR) {
logln("perror line: %x offset: %x context: %s|%s", perr.line, perr.offset, perr.preContext, perr.postContext);
}
delete formatter;
}
}
}
ATF_TC_BODY(hexadecimal_rounding, tc)
{
ATF_REQUIRE(setlocale(LC_NUMERIC, "C"));
fesetround(FE_TOWARDZERO);
testfmt("0X1.23456789ABCP+0", "%.11A", 0x1.23456789abcdep0);
testfmt("-0x1.23456p+0", "%.5a", -0x1.23456789abcdep0);
testfmt("0x1.23456p+0", "%.5a", 0x1.23456789abcdep0);
testfmt("0x1.234567p+0", "%.6a", 0x1.23456789abcdep0);
testfmt("-0x1.234566p+0", "%.6a", -0x1.23456689abcdep0);
fesetround(FE_DOWNWARD);
testfmt("0X1.23456789ABCP+0", "%.11A", 0x1.23456789abcdep0);
testfmt("-0x1.23457p+0", "%.5a", -0x1.23456789abcdep0);
testfmt("0x1.23456p+0", "%.5a", 0x1.23456789abcdep0);
testfmt("0x1.234567p+0", "%.6a", 0x1.23456789abcdep0);
testfmt("-0x1.234567p+0", "%.6a", -0x1.23456689abcdep0);
fesetround(FE_UPWARD);
testfmt("0X1.23456789ABDP+0", "%.11A", 0x1.23456789abcdep0);
testfmt("-0x1.23456p+0", "%.5a", -0x1.23456789abcdep0);
testfmt("0x1.23457p+0", "%.5a", 0x1.23456789abcdep0);
testfmt("0x1.234568p+0", "%.6a", 0x1.23456789abcdep0);
testfmt("-0x1.234566p+0", "%.6a", -0x1.23456689abcdep0);
fesetround(FE_TONEAREST);
testfmt("0x1.23456789abcdep+4", "%a", 0x1.23456789abcdep4);
testfmt("0X1.23456789ABDP+0", "%.11A", 0x1.23456789abcdep0);
testfmt("-0x1.23456p+0", "%.5a", -0x1.23456789abcdep0);
testfmt("0x1.23456p+0", "%.5a", 0x1.23456789abcdep0);
testfmt("0x1.234568p+0", "%.6a", 0x1.23456789abcdep0);
testfmt("-0x1.234567p+0", "%.6a", -0x1.23456689abcdep0);
testfmt("0x1.00p-1029", "%.2a", 0x1.fffp-1030);
testfmt("0x1.00p-1026", "%.2a", 0xf.fffp-1030);
testfmt("0x1.83p+0", "%.2a", 1.51);
}
ATF_TC_BODY(float_within_limits, tc)
{
ATF_REQUIRE(setlocale(LC_NUMERIC, "C"));
/* Basic tests of decimal output functionality. */
testfmt(" 1.000000E+00", "%13E", 1.0);
testfmt(" 1.000000", "%13f", 1.0);
testfmt(" 1", "%13G", 1.0);
testfmt(" 1.000000E+00", "%13LE", 1.0L);
testfmt(" 1.000000", "%13Lf", 1.0L);
testfmt(" 1", "%13LG", 1.0L);
testfmt("2.718282", "%.*f", -2, 2.7182818);
testfmt("1.234568e+06", "%e", 1234567.8);
testfmt("1234567.800000", "%f", 1234567.8);
testfmt("1.23457E+06", "%G", 1234567.8);
testfmt("1.234568e+06", "%Le", 1234567.8L);
testfmt("1234567.800000", "%Lf", 1234567.8L);
testfmt("1.23457E+06", "%LG", 1234567.8L);
#if (LDBL_MANT_DIG > DBL_MANT_DIG) && !defined(__i386__)
testfmt("123456789.864210", "%Lf", 123456789.8642097531L);
testfmt("-1.23457E+08", "%LG", -123456789.8642097531L);
testfmt("123456789.8642097531", "%.10Lf", 123456789.8642097531L);
testfmt(" 3.141592653589793238e-4000", "%L27.18Le",
3.14159265358979323846e-4000L);
#endif
}
ATF_TC_BODY(thousands_separator_and_other_locale_tests, tc)
{
ATF_REQUIRE(setlocale(LC_NUMERIC, "C"));
testfmt("12345678.0625", "%'.04f", 12345678.0625);
testfmt("0012345678.0625", "%'015.4F", 12345678.0625);
ATF_REQUIRE(setlocale(LC_NUMERIC, "hi_IN.ISCII-DEV")); /* grouping == 2;3 */
testfmt("1,23,45,678.0625", "%'.4f", 12345678.0625);
testfmt("01,23,45,678.0625", "%'017.4F", 12345678.0625);
testfmt(" 9,000", "%'6.0f", 9000.0);
testfmt("9,000.0", "%'.1f", 9000.0);
ATF_REQUIRE(setlocale(LC_NUMERIC, "ru_RU.ISO8859-5")); /* decimalpoint==, */
testfmt("3,1415", "%g", 3.1415);
/* thousands=. decimalpoint=, grouping=3;3 */
ATF_REQUIRE(setlocale(LC_NUMERIC, "el_GR.ISO8859-7")); /* decimalpoint==, */
testfmt("1.234,00", "%'.2f", 1234.00);
testfmt("123.456,789", "%'.3f", 123456.789);
ATF_REQUIRE(setlocale(LC_NUMERIC, "C"));
testfmt("12345678.062500", "%'f", 12345678.0625);
testfmt("9000.000000", "%'f", 9000.0);
}
int
main(int argc, char *argv[])
{
printf("1..11\n");
assert(setlocale(LC_NUMERIC, "C"));
/*
* Basic tests of decimal output functionality.
*/
testfmt(" 1.000000E+00", "%13E", 1.0);
testfmt(" 1.000000", "%13f", 1.0);
testfmt(" 1", "%13G", 1.0);
testfmt(" 1.000000E+00", "%13LE", 1.0L);
testfmt(" 1.000000", "%13Lf", 1.0L);
testfmt(" 1", "%13LG", 1.0L);
testfmt("2.718282", "%.*f", -2, 2.7182818);
testfmt("1.234568e+06", "%e", 1234567.8);
testfmt("1234567.800000", "%f", 1234567.8);
testfmt("1.23457E+06", "%G", 1234567.8);
testfmt("1.234568e+06", "%Le", 1234567.8L);
testfmt("1234567.800000", "%Lf", 1234567.8L);
testfmt("1.23457E+06", "%LG", 1234567.8L);
#if (LDBL_MANT_DIG > DBL_MANT_DIG) && !defined(__i386__)
testfmt("123456789.864210", "%Lf", 123456789.8642097531L);
testfmt("-1.23457E+08", "%LG", -123456789.8642097531L);
testfmt("123456789.8642097531", "%.10Lf", 123456789.8642097531L);
testfmt(" 3.141592653589793238e-4000", "%L27.18Le",
3.14159265358979323846e-4000L);
#endif
printf("ok 1 - printfloat\n");
/*
* Infinities and NaNs
*/
testfmt("nan", "%e", NAN);
testfmt("NAN", "%F", NAN);
testfmt("nan", "%g", NAN);
testfmt("NAN", "%LE", (long double)NAN);
testfmt(" nan", "%05e", NAN);
testfmt("INF", "%E", HUGE_VAL);
testfmt("-inf", "%f", -HUGE_VAL);
testfmt("+inf", "%+g", HUGE_VAL);
testfmt(" inf", "%4.2Le", HUGE_VALL);
testfmt("-inf", "%Lf", -HUGE_VALL);
testfmt(" inf", "%05e", HUGE_VAL);
testfmt(" -inf", "%05e", -HUGE_VAL);
printf("ok 2 - printfloat\n");
/*
* Padding
*/
testfmt("0.000000e+00", "%e", 0.0);
testfmt("0.000000", "%F", (double)0.0);
testfmt("0", "%G", 0.0);
testfmt(" 0", "%3.0Lg", 0.0L);
testfmt(" 0", "%5.0f", 0.001);
printf("ok 3 - printfloat\n");
/*
* Precision specifiers
*/
testfmt("1.0123e+00", "%.4e", 1.0123456789);
testfmt("1.0123", "%.4f", 1.0123456789);
testfmt("1.012", "%.4g", 1.0123456789);
testfmt("1.2346e-02", "%.4e", 0.0123456789);
testfmt("0.0123", "%.4f", 0.0123456789);
testfmt("0.01235", "%.4g", 0.0123456789);
printf("ok 4 - printfloat\n");
/*
* Thousands' separators and other locale fun
*/
testfmt("12345678.0625", "%'.04f", 12345678.0625);
testfmt("0012345678.0625", "%'015.4F", 12345678.0625);
assert(setlocale(LC_NUMERIC, "hi_IN.ISCII-DEV")); /* grouping == 2;3 */
testfmt("123,456,78.0625", "%'.4f", 12345678.0625);
testfmt("00123,456,78.0625", "%'017.4F", 12345678.0625);
testfmt(" 90,00", "%'6.0f", 9000.0);
testfmt("90,00.0", "%'.1f", 9000.0);
assert(setlocale(LC_NUMERIC, "ru_RU.ISO8859-5")); /* decimalpoint==, */
testfmt("3,1415", "%g", 3.1415);
/* thousands=. decimalpoint=, grouping=3;3 */
assert(setlocale(LC_NUMERIC, "el_GR.ISO8859-7")); /* decimalpoint==, */
testfmt("1.234,00", "%'.2f", 1234.00);
testfmt("123.456,789", "%'.3f", 123456.789);
assert(setlocale(LC_NUMERIC, "C"));
testfmt("12345678.062500", "%'f", 12345678.0625);
testfmt("9000.000000", "%'f", 9000.0);
printf("ok 5 - printfloat\n");
/*
* Signed conversions
*/
testfmt("+2.500000e-01", "%+e", 0.25);
testfmt("+0.000000", "%+F", 0.0);
testfmt("-1", "%+g", -1.0);
testfmt("-1.000000e+00", "% e", -1.0);
testfmt("+1.000000", "% +f", 1.0);
testfmt(" 1", "% g", 1.0);
testfmt(" 0", "% g", 0.0);
printf("ok 6 - printfloat\n");
/*
* ``Alternate form''
*/
testfmt("1.250e+00", "%#.3e", 1.25);
testfmt("123.000000", "%#f", 123.0);
testfmt(" 12345.", "%#7.5g", 12345.0);
testfmt(" 1.00000", "%#8g", 1.0);
testfmt("0.0", "%#.2g", 0.0);
printf("ok 7 - printfloat\n");
/*
* Padding and decimal point placement
*/
testfmt("03.2E+00", "%08.1E", 3.25);
testfmt("003.25", "%06.2F", 3.25);
testfmt("0003.25", "%07.4G", 3.25);
testfmt("3.14159e-05", "%g", 3.14159e-5);
testfmt("0.000314159", "%g", 3.14159e-4);
testfmt("3.14159e+06", "%g", 3.14159e6);
testfmt("314159", "%g", 3.14159e5);
testfmt("314159.", "%#g", 3.14159e5);
testfmt(" 9.000000e+03", "%13e", 9000.0);
testfmt(" 9000.000000", "%12f", 9000.0);
testfmt(" 9000", "%5g", 9000.0);
testfmt(" 900000.", "%#8g", 900000.0);
testfmt(" 9e+06", "%6g", 9000000.0);
testfmt(" 9.000000e-04", "%13e", 0.0009);
testfmt(" 0.000900", "%9f", 0.0009);
testfmt(" 0.0009", "%7g", 0.0009);
testfmt(" 9e-05", "%6g", 0.00009);
testfmt(" 9.00000e-05", "%#12g", 0.00009);
testfmt(" 9.e-05", "%#7.1g", 0.00009);
testfmt(" 0.0", "%4.1f", 0.0);
testfmt("90.0", "%4.1f", 90.0);
testfmt(" 100", "%4.0f", 100.0);
testfmt("9.0e+01", "%4.1e", 90.0);
testfmt("1e+02", "%4.0e", 100.0);
printf("ok 8 - printfloat\n");
/*
* Decimal rounding
*/
fesetround(FE_DOWNWARD);
testfmt("4.437", "%.3f", 4.4375);
testfmt("-4.438", "%.3f", -4.4375);
testfmt("4.437", "%.3Lf", 4.4375L);
testfmt("-4.438", "%.3Lf", -4.4375L);
fesetround(FE_UPWARD);
testfmt("4.438", "%.3f", 4.4375);
testfmt("-4.437", "%.3f", -4.4375);
testfmt("4.438", "%.3Lf", 4.4375L);
testfmt("-4.437", "%.3Lf", -4.4375L);
fesetround(FE_TOWARDZERO);
testfmt("4.437", "%.3f", 4.4375);
testfmt("-4.437", "%.3f", -4.4375);
testfmt("4.437", "%.3Lf", 4.4375L);
testfmt("-4.437", "%.3Lf", -4.4375L);
fesetround(FE_TONEAREST);
testfmt("4.438", "%.3f", 4.4375);
testfmt("-4.438", "%.3f", -4.4375);
testfmt("4.438", "%.3Lf", 4.4375L);
testfmt("-4.438", "%.3Lf", -4.4375L);
printf("ok 9 - printfloat\n");
/*
* Hexadecimal floating point (%a, %A) tests. Some of these
* are only valid if the implementation converts to hex digits
* on nibble boundaries.
*/
testfmt("0x0p+0", "%a", 0x0.0p0);
testfmt("0X0.P+0", "%#LA", 0x0.0p0L);
testfmt("inf", "%La", (long double)INFINITY);
testfmt("+INF", "%+A", INFINITY);
testfmt("nan", "%La", (long double)NAN);
testfmt("NAN", "%A", NAN);
testfmt(" 0x1.23p+0", "%10a", 0x1.23p0);
testfmt(" 0x1.23p-500", "%12a", 0x1.23p-500);
testfmt(" 0x1.2p+40", "%10.1a", 0x1.23p40);
testfmt(" 0X1.230000000000000000000000P-4", "%32.24A", 0x1.23p-4);
testfmt("0x1p-1074", "%a", 0x1p-1074);
testfmt("0x1.2345p-1024", "%a", 0x1.2345p-1024);
#if (LDBL_MANT_DIG == 64) && !defined(__i386__)
testfmt("0x1.921fb54442d18468p+1", "%La", 0x3.243f6a8885a308dp0L);
testfmt("0x1p-16445", "%La", 0x1p-16445L);
testfmt("0x1.30ecap-16381", "%La", 0x9.8765p-16384L);
#elif (LDBL_MANT_DIG == 113)
testfmt("0x1.921fb54442d18469898cc51701b8p+1", "%La",
0x3.243f6a8885a308d313198a2e037p0L);
testfmt("0x1p-16494", "%La", 0x1p-16494L);
testfmt("0x1.2345p-16384", "%La", 0x1.2345p-16384L);
#else
testfmt("0x1.921fb54442d18p+1", "%La", 0x3.243f6a8885a31p0L);
testfmt("0x1p-1074", "%La", 0x1p-1074L);
testfmt("0x1.30ecap-1021", "%La", 0x9.8765p-1024L);
#endif
printf("ok 10 - printfloat\n");
/*
* Hexadecimal rounding
*/
fesetround(FE_TOWARDZERO);
testfmt("0X1.23456789ABCP+0", "%.11A", 0x1.23456789abcdep0);
testfmt("-0x1.23456p+0", "%.5a", -0x1.23456789abcdep0);
testfmt("0x1.23456p+0", "%.5a", 0x1.23456789abcdep0);
testfmt("0x1.234567p+0", "%.6a", 0x1.23456789abcdep0);
testfmt("-0x1.234566p+0", "%.6a", -0x1.23456689abcdep0);
fesetround(FE_DOWNWARD);
testfmt("0X1.23456789ABCP+0", "%.11A", 0x1.23456789abcdep0);
testfmt("-0x1.23457p+0", "%.5a", -0x1.23456789abcdep0);
testfmt("0x1.23456p+0", "%.5a", 0x1.23456789abcdep0);
testfmt("0x1.234567p+0", "%.6a", 0x1.23456789abcdep0);
testfmt("-0x1.234567p+0", "%.6a", -0x1.23456689abcdep0);
fesetround(FE_UPWARD);
testfmt("0X1.23456789ABDP+0", "%.11A", 0x1.23456789abcdep0);
testfmt("-0x1.23456p+0", "%.5a", -0x1.23456789abcdep0);
testfmt("0x1.23457p+0", "%.5a", 0x1.23456789abcdep0);
testfmt("0x1.234568p+0", "%.6a", 0x1.23456789abcdep0);
testfmt("-0x1.234566p+0", "%.6a", -0x1.23456689abcdep0);
fesetround(FE_TONEAREST);
testfmt("0x1.23456789abcdep+4", "%a", 0x1.23456789abcdep4);
testfmt("0X1.23456789ABDP+0", "%.11A", 0x1.23456789abcdep0);
testfmt("-0x1.23456p+0", "%.5a", -0x1.23456789abcdep0);
testfmt("0x1.23456p+0", "%.5a", 0x1.23456789abcdep0);
testfmt("0x1.234568p+0", "%.6a", 0x1.23456789abcdep0);
testfmt("-0x1.234567p+0", "%.6a", -0x1.23456689abcdep0);
testfmt("0x1.00p-1029", "%.2a", 0x1.fffp-1030);
testfmt("0x1.00p-1026", "%.2a", 0xf.fffp-1030);
testfmt("0x1.83p+0", "%.2a", 1.51);
printf("ok 11 - printfloat\n");
return (0);
}
int
main(int argc, char *argv[])
{
/*
* Basic tests of decimal output functionality.
*/
testfmt(" 1.000000E+00", "%13E", 1.0);
testfmt(" 1.000000", "%13f", 1.0);
testfmt(" 1", "%13G", 1.0);
testfmt(" 1.000000E+00", "%13LE", 1.0L);
testfmt(" 1.000000", "%13Lf", 1.0L);
testfmt(" 1", "%13LG", 1.0L);
testfmt("2.718282", "%.*f", -2, 2.7182818);
testfmt("1.234568e+06", "%e", 1234567.8);
testfmt("1234567.800000", "%f", 1234567.8);
testfmt("1.23457E+06", "%G", 1234567.8);
testfmt("1.234568e+06", "%Le", 1234567.8L);
testfmt("1234567.800000", "%Lf", 1234567.8L);
testfmt("1.23457E+06", "%LG", 1234567.8L);
#if (LDBL_MANT_DIG > DBL_MANT_DIG) && !defined(__i386__)
testfmt("123456789.864210", "%Lf", 123456789.8642097531L);
testfmt("-1.23457E+08", "%LG", -123456789.8642097531L);
testfmt("123456789.8642097531", "%.10Lf", 123456789.8642097531L);
testfmt(" 3.141592653589793238e-4000", "%L27.18Le",
3.14159265358979323846e-4000L);
#endif /* (LDBL_MANT_DIG > DBL_MANT_DIG) && !defined(__i386__) */
/*
* Infinities and NaNs
*/
#ifdef NAN
testfmt("nan", "%e", NAN);
testfmt("NAN", "%F", NAN);
testfmt("nan", "%g", NAN);
testfmt("NAN", "%LE", (long double)NAN);
testfmt(" nan", "%05e", NAN);
#endif /* NAN */
testfmt("INF", "%E", HUGE_VAL);
testfmt("-inf", "%f", -HUGE_VAL);
testfmt("+inf", "%+g", HUGE_VAL);
testfmt(" inf", "%4.2Le", HUGE_VALL);
testfmt("-inf", "%Lf", -HUGE_VALL);
testfmt(" inf", "%05e", HUGE_VAL);
testfmt(" -inf", "%05e", -HUGE_VAL);
/*
* Padding
*/
testfmt("0.000000e+00", "%e", 0.0);
testfmt("0.000000", "%F", (double)0.0);
testfmt("0", "%G", 0.0);
testfmt(" 0", "%3.0Lg", 0.0L);
testfmt(" 0", "%5.0f", 0.001);
/*
* Precision specifiers
*/
testfmt("1.0123e+00", "%.4e", 1.0123456789);
testfmt("1.0123", "%.4f", 1.0123456789);
testfmt("1.012", "%.4g", 1.0123456789);
testfmt("1.2346e-02", "%.4e", 0.0123456789);
testfmt("0.0123", "%.4f", 0.0123456789);
testfmt("0.01235", "%.4g", 0.0123456789);
/*
* Signed conversions
*/
testfmt("+2.500000e-01", "%+e", 0.25);
testfmt("+0.000000", "%+F", 0.0);
testfmt("-1", "%+g", -1.0);
testfmt("-1.000000e+00", "% e", -1.0);
testfmt("+1.000000", "% +f", 1.0);
testfmt(" 1", "% g", 1.0);
testfmt(" 0", "% g", 0.0);
/*
* ``Alternate form''
*/
testfmt("1.250e+00", "%#.3e", 1.25);
testfmt("123.000000", "%#f", 123.0);
testfmt(" 12345.", "%#7.5g", 12345.0);
testfmt(" 1.00000", "%#8g", 1.0);
testfmt("0.0", "%#.2g", 0.0);
/*
* Padding and decimal point placement
*/
testfmt("03.2E+00", "%08.1E", 3.25);
testfmt("003.25", "%06.2F", 3.25);
testfmt("0003.25", "%07.4G", 3.25);
testfmt("3.14159e-05", "%g", 3.14159e-5);
testfmt("0.000314159", "%g", 3.14159e-4);
testfmt("3.14159e+06", "%g", 3.14159e6);
testfmt("314159", "%g", 3.14159e5);
testfmt("314159.", "%#g", 3.14159e5);
testfmt(" 9.000000e+03", "%13e", 9000.0);
testfmt(" 9000.000000", "%12f", 9000.0);
testfmt(" 9000", "%5g", 9000.0);
testfmt(" 900000.", "%#8g", 900000.0);
testfmt(" 9e+06", "%6g", 9000000.0);
testfmt(" 9.000000e-04", "%13e", 0.0009);
testfmt(" 0.000900", "%9f", 0.0009);
testfmt(" 0.0009", "%7g", 0.0009);
testfmt(" 9e-05", "%6g", 0.00009);
testfmt(" 9.00000e-05", "%#12g", 0.00009);
testfmt(" 9.e-05", "%#7.1g", 0.00009);
testfmt(" 0.0", "%4.1f", 0.0);
testfmt("90.0", "%4.1f", 90.0);
testfmt(" 100", "%4.0f", 100.0);
testfmt("9.0e+01", "%4.1e", 90.0);
testfmt("1e+02", "%4.0e", 100.0);
/*
* Hexadecimal floating point (%a, %A) tests. Some of these
* are only valid if the implementation converts to hex digits
* on nibble boundaries.
*/
testfmt("0x0p+0", "%a", 0x0.0p0);
testfmt("0X0.P+0", "%#LA", 0x0.0p0L);
#ifdef NAN
testfmt("inf", "%La", (long double)INFINITY);
testfmt("+INF", "%+A", INFINITY);
testfmt("nan", "%La", (long double)NAN);
testfmt("NAN", "%A", NAN);
#endif /* NAN */
testfmt(" 0x1.23p+0", "%10a", 0x1.23p0);
testfmt(" 0x1.23p-500", "%12a", 0x1.23p-500);
testfmt(" 0x1.2p+40", "%10.1a", 0x1.23p40);
testfmt(" 0X1.230000000000000000000000P-4", "%32.24A", 0x1.23p-4);
testfmt("0x1p-1074", "%a", 0x1p-1074);
testfmt("0x1.2345p-1024", "%a", 0x1.2345p-1024);
return (0);
}
