58                                                      uint32_t Divisor) {  in divide32()  argument
60   assert(Divisor && "expected non-zero divisor");  in divide32()
69   uint64_t Quotient = Dividend64 / Divisor;  in divide32()
70   uint64_t Remainder = Dividend64 % Divisor;  in divide32()
77   return getRounded<uint32_t>(Quotient, Shift, Remainder >= getHalf(Divisor));  in divide32()
81                                                      uint64_t Divisor) {  in divide64()  argument
83   assert(Divisor && "expected non-zero divisor");  in divide64()
87   if (int Zeros = countTrailingZeros(Divisor)) {  in divide64()
89     Divisor >>= Zeros;  in divide64()
93   if (Divisor == 1)  in divide64()
103   uint64_t Quotient = Dividend / Divisor;  in divide64()
104   Dividend %= Divisor;  in divide64()
115     if (IsOverflow || Divisor <= Dividend) {  in divide64()
117       Dividend -= Divisor;  in divide64()
121   return getRounded(Quotient, Shift, Dividend >= getHalf(Divisor));  in divide64()