| /glibc-2.36/string/ |
| D | tester.c | 79 char two[50]; variable
156 (void) strcpy (two, "hi there"); in test_strcpy()
157 (void) strcpy (one, two); in test_strcpy()
159 equal (two, "hi there", 6); /* Stomped on source? */ in test_strcpy()
168 (void) strcpy (two, one + i); /* Unaligned source. */ in test_strcpy()
169 equal (two, "hi there", 9 + (i * 2)); in test_strcpy()
308 (void) strcpy (two, "ef"); in test_strcat()
309 (void) strcat (one, two); in test_strcat()
311 equal (two, "ef", 6); /* Stomped on source? */ in test_strcat()
382 (void) strcpy (two, "ef"); in test_strncat()
[all …]
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| /glibc-2.36/sysdeps/ieee754/dbl-64/ |
| D | s_tanh.c | 47 static const double one = 1.0, two = 2.0, tiny = 1.0e-300; variable
80 t = __expm1 (two * fabs (x)); in __tanh()
81 z = one - two / (t + two); in __tanh()
85 t = __expm1 (-two * fabs (x)); in __tanh()
86 z = -t / (t + two); in __tanh()
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| D | e_jn.c | 50 two = 2.00000000000000000000e+00, /* 0x40000000, 0x00000000 */ variable
204 v = two / x; in __ieee754_jn()
214 di -= two; in __ieee754_jn()
225 di -= two; in __ieee754_jn()
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| D | s_erf.c | 128 two = 2.00000000000000000000e+00, /* 0x40000000, 0x00000000 */ variable
387 return two - tiny; /* x < -6 */ in libm_alias_double()
410 return two - r / x; in libm_alias_double()
420 return two - tiny; in libm_alias_double()
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| /glibc-2.36/sysdeps/ieee754/ldbl-128ibm/ |
| D | s_tanhl.c | 47 static const long double one=1.0L, two=2.0L, tiny = 1.0e-300L; variable
76 t = __expm1l(two*fabsl(x)); in __tanhl()
77 z = one - two/(t+two); in __tanhl()
79 t = __expm1l(-two*fabsl(x)); in __tanhl()
80 z= -t/(t+two); in __tanhl()
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| D | e_jnl.c | 69 two = 2.0e0L, variable
254 v = two / x; in __ieee754_jnl()
265 di -= two; in __ieee754_jnl()
276 di -= two; in __ieee754_jnl()
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| D | s_erfl.c | 152 two = 2.0L, variable
912 return two - tiny; in __erfcl()
957 return two - r / x; in __erfcl()
967 return two - tiny; in __erfcl()
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| D | e_powl.c | 91 two = 2.0L, variable
411 r = (z * t1) / (t1 - two) - (w + z * w); in __ieee754_powl()
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| /glibc-2.36/sysdeps/ieee754/flt-32/ |
| D | s_tanhf.c | 25 static const float one=1.0, two=2.0, tiny = 1.0e-30; variable
51 t = __expm1f(two*fabsf(x)); in __tanhf()
52 z = one - two/(t+two); in __tanhf()
54 t = __expm1f(-two*fabsf(x)); in __tanhf()
55 z= -t/(t+two); in __tanhf()
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| D | e_jnf.c | 25 two = 2.0000000000e+00, /* 0x40000000 */ variable
135 v = two/x; in __ieee754_jnf()
143 di -= two; in __ieee754_jnf()
151 di -= two; in __ieee754_jnf()
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| D | s_erff.c | 32 two = 2.0000000000e+00, /* 0x40000000 */ variable
207 if(hx<0&&ix>=0x40c00000) return two-tiny;/* x < -6 */ in libm_alias_float()
223 return two-r/x; in libm_alias_float()
229 return two-tiny; in libm_alias_float()
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| /glibc-2.36/sysdeps/ieee754/ldbl-96/ |
| D | s_tanhl.c | 49 static const long double one=1.0, two=2.0, tiny = 1.0e-4900L; variable
78 t = __expm1l(two*fabsl(x)); in __tanhl()
79 z = one - two/(t+two); in __tanhl()
81 t = __expm1l(-two*fabsl(x)); in __tanhl()
82 z= -t/(t+two); in __tanhl()
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| D | e_jnl.c | 68 invsqrtpi = 5.64189583547756286948079e-1L, two = 2.0e0L, one = 1.0e0L; variable
247 v = two / x; in __ieee754_jnl()
258 di -= two; in __ieee754_jnl()
269 di -= two; in __ieee754_jnl()
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| D | s_erfl.c | 118 two = 2.0L, variable
417 return two - tiny; /* x < -6.666 */ in libm_alias_ldouble()
439 return two - r / x; in libm_alias_ldouble()
449 return two - tiny; in libm_alias_ldouble()
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| /glibc-2.36/sysdeps/ieee754/ldbl-128/ |
| D | s_tanhl.c | 45 static const _Float128 one = 1.0, two = 2.0, tiny = L(1.0e-4900); variable
81 t = __expm1l (two * u.value); in __tanhl()
82 z = one - two / (t + two); in __tanhl()
86 t = __expm1l (-two * u.value); in __tanhl()
87 z = -t / (t + two); in __tanhl()
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| D | e_jnl.c | 69 two = 2, variable
254 v = two / x; in __ieee754_jnl()
265 di -= two; in __ieee754_jnl()
276 di -= two; in __ieee754_jnl()
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| D | s_erfl.c | 146 two = 2, variable
889 return two - tiny; in libm_alias_ldouble()
936 return two - r / x; in libm_alias_ldouble()
946 return two - tiny; in libm_alias_ldouble()
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| /glibc-2.36/sysdeps/alpha/alphaev5/ |
| D | sub_n.S | 1 # Alpha __mpn_sub_n -- Subtract two limb vectors of the same length > 0 and
62 or $8,$25,$25 # combine cy from the two adds
71 or $8,$25,$25 # combine cy from the two adds
78 or $8,$25,$25 # combine cy from the two adds
88 or $8,$25,$25 # combine cy from the two adds
99 or $8,$25,$25 # combine cy from the two adds
105 or $8,$25,$25 # combine cy from the two adds
111 or $8,$25,$25 # combine cy from the two adds
134 or $8,$25,$25 # combine cy from the two adds
143 or $8,$25,$25 # combine cy from the two adds
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| D | add_n.S | 1 # Alpha __mpn_add_n -- Add two limb vectors of the same length > 0 and
62 or $8,$25,$25 # combine cy from the two adds
71 or $8,$25,$25 # combine cy from the two adds
78 or $8,$25,$25 # combine cy from the two adds
88 or $8,$25,$25 # combine cy from the two adds
99 or $8,$25,$25 # combine cy from the two adds
105 or $8,$25,$25 # combine cy from the two adds
111 or $8,$25,$25 # combine cy from the two adds
134 or $8,$25,$25 # combine cy from the two adds
142 or $8,$25,$25 # combine cy from the two adds
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| /glibc-2.36/sysdeps/alpha/ |
| D | strlen.S | 48 nop # dual issue the next two on ev5
69 nop # dual issue next two on ev4 and ev5
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| /glibc-2.36/elf/ |
| D | dso-sort-tests-1.def | 22 # Additionally the same dependencies appear in two paths.
40 # is technically a cycle. The main executable depends on the first two DSOs.
62 # The below expected outputs are what the two algorithms currently produce
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| /glibc-2.36/sysdeps/arm/ |
| D | dl-trampoline.S | 92 @ 8 - Saved two arguments to _dl_profile_fixup
123 @ Save these two arguments for pltexit.
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| /glibc-2.36/localedata/locales/ |
| D | az_IR | 62 % WAW WITH HAMZA ABOVE (O with two dots above in latin script), WAW WITH LITTLE
63 % WAW ABOVE (U in latic script), WAW WITH LITTLE V ABOVE (U with two dots
67 % collating-symbol <az_ar_oe> % O with two dots above in latic script
69 % collating-symbol <az_ar_ue> % U with two dots above in latic script
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| /glibc-2.36/manual/ |
| D | message.texi | 20 @Theglibc{} provides two different sets of functions to support
42 The two approaches mainly differ in the implementation of this last
276 The next two parameters, @var{set} and @var{message}, reflect the
439 two " Message with ID \"two\", which gets the value 2 assigned"
454 message with the identifier @code{two} would lose its leading whitespace.
491 The @code{gencat} program can be invoked in two ways:
560 The @code{catgets} functions can be used in two different ways. By
584 Though no two different strings must be indexed by the same tuple of
650 One word about the symbol mangling. Every symbol consists of two parts:
653 access the translation with identifier @code{two} in the message set
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| D | search.texi | 11 * Comparison Functions:: Defining how to compare two objects.
29 To do this, you supply a comparison function to compare two elements of
31 pointers to two array elements to be compared. Your comparison function
70 two functions can be found in @file{search.h}.
78 by @var{compar} is used to decide whether two elements match.
135 function is called with two pointer arguments and should return an
167 array elements. This function is called with two pointer arguments and
173 @strong{Warning:} If two objects compare as equal, their order after
446 meaning of the first two arguments is identical. But instead of
503 pointed to by @var{compar} is used to determine whether two elements
|