Lines Matching +full:64 +full:bit

60   // modulo 64.
62   // of Ryu, the shift value is always < 64.
66   _LIBCPP_ASSERT_INTERNAL(__dist < 64, "");
78   *__productHi = __temp >> 64;
84   // of Ryu, the shift value is always < 64.
88   _LIBCPP_ASSERT_INTERNAL(__dist < 64, "");
89   auto __temp = __lo | ((unsigned __int128)__hi << 64);
90   // For x64 128-bit shfits using the `shrd` instruction and two 64-bit
91   // registers, the shift value is modulo 64.  Thus the `& 63` is free.
128   // We don't need to handle the case __dist >= 64 here (see above).
129   _LIBCPP_ASSERT_INTERNAL(__dist < 64, "");
132   return (__hi << (64 - __dist)) | (__lo >> __dist);
133 #else // ^^^ 64-bit ^^^ / vvv 32-bit vvv
134   // Avoid a 64-bit shift by taking advantage of the range of shift values.
136   return (__hi << (64 - __dist)) | (static_cast<uint32_t>(__lo >> 32) >> (__dist - 32));
137 #endif // ^^^ 32-bit ^^^
144 // Returns the high 64 bits of the 128-bit product of __a and __b.
154 // On 32-bit platforms, compilers typically generate calls to library
155 // functions for 64-bit divisions, even if the divisor is a constant.
160 // in the same way as 64-bit compilers would do.
187   // Avoid 64-bit math as much as possible.
189   // perform 32x64-bit multiplication and 64-bit subtraction.
199 #else // ^^^ 32-bit ^^^ / vvv 64-bit vvv
225 #endif // ^^^ 64-bit ^^^
251   _LIBCPP_ASSERT_INTERNAL(__p < 64, "");