/netbsd-current/external/lgpl3/gmp/dist/mpn/x86_64/ |
H A D | dive_1.asm | 122 C r8 counter, limbs, negative
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H A D | mode1o.asm | 137 C rsi counter, limbs, negative
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/netbsd-current/external/lgpl3/gmp/dist/mpn/alpha/ |
H A D | mod_34lsub1.asm | 112 C Handle the last (n mod 3) limbs
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H A D | rshift.asm | 50 and r18,4-1,r28 C number of limbs in first loop
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H A D | lshift.asm | 52 and r18,4-1,r28 C number of limbs in first loop
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/netbsd-current/external/lgpl3/gmp/dist/mpn/pa32/hppa1_1/ |
H A D | mul_1.asm | 44 C We could use fldds to read two limbs at a time from the S1 array, and that
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/netbsd-current/external/lgpl3/gmp/dist/mpn/x86/ |
H A D | bdiv_q_1.asm | 110 C ebp counter, limbs, negative
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/netbsd-current/external/lgpl3/gmp/dist/mpn/x86/k6/ |
H A D | mode1o.asm | 143 C ebp counter, limbs, negative
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/netbsd-current/external/lgpl3/gmp/dist/mpn/x86/k7/ |
H A D | dive_1.asm | 147 C ebp counter, limbs, negative
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H A D | mode1o.asm | 150 C ebp counter, limbs, negative
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/netbsd-current/external/lgpl3/gmp/dist/mpn/x86/p6/ |
H A D | copyd.asm | 89 jbe L(done_loop) C 2 or 3 limbs only
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/netbsd-current/external/lgpl3/gmp/dist/mpn/x86/pentium/ |
H A D | mul_2.asm | 44 C limbs are transferred to local variables on the stack.
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/netbsd-current/external/lgpl3/gmp/dist/mpn/x86/k6/k62mmx/ |
H A D | copyd.asm | 41 C limbs.
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/netbsd-current/external/lgpl3/gmp/dist/mpn/x86/pentium4/mmx/ |
H A D | popham.asm | 195 C ecx is 0 or -1 representing respectively 1 or 0 further limbs
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/netbsd-current/external/lgpl3/gmp/dist/mpn/x86/pentium4/sse2/ |
H A D | rsh1add_n.asm | 97 C ecx counter, limbs, -(size-1) to -1 inclusive
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H A D | mode1o.asm | 141 C ecx counter, limbs
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/netbsd-current/external/lgpl3/gmp/dist/mpn/x86_64/k8/ |
H A D | bdiv_q_1.asm | 145 C r10 counter, limbs, negative
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/netbsd-current/crypto/external/bsd/openssl.old/dist/crypto/bn/ |
H A D | rsa_sup_mul.c | 96 * limbs 143 /* add two limbs with carry in, return carry out */ 171 * add a to b, place result in ret; all arrays need to be n limbs long 186 * return number of limbs necessary for temporary values 187 * when multiplying numbers n limbs large 197 * multiply a by b, place result in ret; a and b need to be n limbs long 198 * ret needs to be 2*n limbs long, tmp needs to be mul_limb_numb(n) limbs 218 * place results from even and odd limbs in separate arrays so that 228 * skip the least significant limbs whe 457 BN_to_limb(const BIGNUM *bn, limb_t *buf, size_t limbs) argument [all...] |
/netbsd-current/external/lgpl3/gmp/dist/mpn/sparc64/ultrasparc1234/ |
H A D | sqr_diagonal.asm | 39 C code using the same algorithm. For 1-3 limbs, a special loop was generated, 40 C which causes performance problems in particular for 2 and 3 limbs.
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/netbsd-current/external/lgpl3/gmp/dist/mpn/powerpc32/vmx/ |
H A D | logops_n.asm | 43 C * Works for all sizes and alignment for 32-bit limbs. 44 C * Works for n >= 4 for 64-bit limbs; untested for smaller operands.
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/netbsd-current/external/lgpl3/gmp/dist/ |
H A D | gmpxx.h | 112 mp_limb_t limbs[__GMPZ_ULI_LIMBS]; \ 113 temp->_mp_d = limbs; \ 117 mp_limb_t limbs[__GMPZ_ULI_LIMBS]; \ 118 temp->_mp_d = limbs; \ 122 mp_limb_t limbs[__GMPZ_DBL_LIMBS]; \ 123 temp->_mp_d = limbs; \ 129 mp_limb_t limbs[__GMPZ_ULI_LIMBS+1]; \ 130 mpq_numref(temp)->_mp_d = limbs; \ 132 mpq_denref(temp)->_mp_d = limbs + __GMPZ_ULI_LIMBS; \ 137 mp_limb_t limbs[__GMPZ_ULI_LIMB [all...] |
/netbsd-current/external/lgpl3/gmp/dist/tests/mpz/ |
H A D | Makefile.in | 127 t-nextprime$(EXEEXT) t-remove$(EXEEXT) t-limbs$(EXEEXT) 328 t_limbs_SOURCES = t-limbs.c 329 t_limbs_OBJECTS = t-limbs.$(OBJEXT) 502 t-invert.c t-io_raw.c t-jac.c t-lcm.c t-limbs.c t-lucm.c \ 514 t-invert.c t-io_raw.c t-jac.c t-lcm.c t-limbs.c t-lucm.c \ 1111 t-limbs$(EXEEXT): $(t_limbs_OBJECTS) $(t_limbs_DEPENDENCIES) $(EXTRA_t_limbs_DEPENDENCIES) 1112 @rm -f t-limbs$(EXEEXT) 1874 t-limbs.log: t-limbs$(EXEEXT) 1875 @p='t-limbs [all...] |
/netbsd-current/external/lgpl3/gmp/dist/mpn/x86/k7/mmx/ |
H A D | divrem_1.asm | 101 dnl At 3 limbs the mul is a touch faster than div on the integer part, and 264 C With MUL_THRESHOLD set to 3, the simple loops here only do 0 to 2 limbs. 725 C Being the fractional part, the "source" limbs are all zero, meaning
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/netbsd-current/external/lgpl3/gmp/dist/mpn/ia64/ |
H A D | divrem_1.asm | 196 C Develop quotient limbs for normalized divisor 323 C Develop quotient limbs for unnormalized divisor
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/netbsd-current/external/lgpl3/gmp/dist/mpn/powerpc64/vmx/ |
H A D | popcount.asm | 63 C The inner loop handles up to 2^34 bits, i.e., 2^31 64-limbs, due to overflow
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