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A Dgen-auto-libm-tests.c1150 generic_value values[2 * fp_num_formats]; in handle_input_arg() local
1214 if (mpfr_equal_p (values[j].value.f, extra_values[i]) in handle_input_arg()
1215 && ((mpfr_signbit (values[j].value.f) != 0) in handle_input_arg()
1224 assert (num_values < ARRAY_SIZE (values)); in handle_input_arg()
1225 values[num_values].type = gtype_fp; in handle_input_arg()
1226 mpfr_init2 (values[num_values].value.f, in handle_input_arg()
1228 assert_exact (mpfr_set (values[num_values].value.f, in handle_input_arg()
1239 values[0].type = gtype_int; in handle_input_arg()
1240 int ret = mpz_init_set_str (values[0].value.i, arg, 0); in handle_input_arg()
1253 assert (num_values > 0 && num_values <= ARRAY_SIZE (values)); in handle_input_arg()
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A DREADME.libm-test15 the results with precomputed values and the requirements of the ISO
18 Besides testing the special values mandated by IEEE 754 (infinities,
19 NaNs and minus zero), some more or less random values are tested.
105 start with "TEST_" followed by a specification the input values, an
106 underscore and a specification of the output values. As an example,
119 - "c" for complex. This parameter needs two values, first the real,
A Dauto-libm-test-in192 # Cases where larger argument is half way between two values of a
219 # Two values representable in the same format with sum very close to
220 # half way between two representable values. In particular, verify
222 # double values.
5802 # the next values yield large errors for binary32
5809 # the next values gave an error > 9 ulps with glibc-2.34 (flt-32)
5885 # the next values yield large errors in the binary32 format
6678 # Cases where the product of two values in a wider format is very
7518 # Cases where larger argument is half way between two values of a
7548 # subtracting two double values.
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A Dlibm-test-roundeven.inc506 /* Maximum exponent for noninteger values. */
576 /* Minimum exponent forcing integer values. */
A Dlibm-test-ufromfp.inc23 /* Infinity, NaN and values that are definitely out of range
24 (large values of width count as the width of the return
A Dlibm-test-ufromfpx.inc23 /* Infinity, NaN and values that are definitely out of range
24 (large values of width count as the width of the return
A Dlibm-test-fromfp.inc23 /* Infinity, NaN and values that are definitely out of range
24 (large values of width count as the width of the return
A Dlibm-test-fromfpx.inc23 /* Infinity, NaN and values that are definitely out of range
24 (large values of width count as the width of the return

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