432  *              Divisor             - 32-bit divisor
447     UINT32                  Divisor,  in AcpiUtShortDivide()  argument
459     /* Always check for a zero divisor */  in AcpiUtShortDivide()
461     if (Divisor == 0)  in AcpiUtShortDivide()
473     ACPI_DIV_64_BY_32 (0, DividendOvl.Part.Hi, Divisor,  in AcpiUtShortDivide()
476     ACPI_DIV_64_BY_32 (Remainder32, DividendOvl.Part.Lo, Divisor,  in AcpiUtShortDivide()
499  *              InDivisor           - Divisor
517     UINT64_OVERLAY          Divisor;  in AcpiUtDivide()  local
530     /* Always check for a zero divisor */  in AcpiUtDivide()
538     Divisor.Full  = InDivisor;  in AcpiUtDivide()
540     if (Divisor.Part.Hi == 0)  in AcpiUtDivide()
543          * 1) Simplest case is where the divisor is 32 bits, we can  in AcpiUtDivide()
552         ACPI_DIV_64_BY_32 (0, Dividend.Part.Hi, Divisor.Part.Lo,  in AcpiUtDivide()
555         ACPI_DIV_64_BY_32 (Partial1, Dividend.Part.Lo, Divisor.Part.Lo,  in AcpiUtDivide()
562          * 2) The general case where the divisor is a full 64 bits  in AcpiUtDivide()
567         NormalizedDivisor  = Divisor;  in AcpiUtDivide()
569         /* Normalize the operands (shift until the divisor is < 32 bits) */  in AcpiUtDivide()
590         Partial1 = Quotient.Part.Lo * Divisor.Part.Hi;  in AcpiUtDivide()
591         Partial2.Full = (UINT64) Quotient.Part.Lo * Divisor.Part.Lo;  in AcpiUtDivide()
606                         Remainder.Full -= Divisor.Full;  in AcpiUtDivide()
612                     Remainder.Full -= Divisor.Full;  in AcpiUtDivide()
661     UINT32                  Divisor,  in AcpiUtShortDivide()  argument
669     /* Always check for a zero divisor */  in AcpiUtShortDivide()
671     if (Divisor == 0)  in AcpiUtShortDivide()
681         *OutQuotient = InDividend / Divisor;  in AcpiUtShortDivide()
685         *OutRemainder = (UINT32) (InDividend % Divisor);  in AcpiUtShortDivide()
701     /* Always check for a zero divisor */  in AcpiUtDivide()