The OpenD Programming Language

BigInt.opOpAssign

mir bignum integer BigInt

Performs uint remainder = (overflow$big) /= scalar operatrion, where $ denotes big-endian concatenation. Precondition: overflow < rhs

  1. size_t opOpAssign(size_t rhs, size_t overflow)
  2. uint opOpAssign(uint rhs, uint overflow)
    struct BigInt(uint size64)
    @safe @safe pure nothrow @nogc
    uint
    opOpAssign
    (
    string op : "/"
    )
    (
    uint rhs
    ,
    uint overflow = 0
    )
    if (
    size64 &&
    size64 <= ushort.max
    )
  3. UInt!size opOpAssign(UInt!size rhs, UInt!size overflow)
  4. ref opOpAssign(UInt!size rhs)
  5. ref opOpAssign(ulong rhs)
  6. ref opOpAssign(long rhs)
  7. ref opOpAssign(BigInt!rhsSize64 rhs)
  8. ref opOpAssign(BigInt!rhsSize64 rhs)
  9. bool opOpAssign(BigInt!rhsSize64 rhs)
  10. bool opOpAssign(BigIntView!(const size_t) rhs)
  11. bool opOpAssign(ulong rhs)
  12. bool opOpAssign(uint rhs)
  13. bool opOpAssign(long rhs)
  14. bool opOpAssign(int rhs)
  15. BigInt opOpAssign(size_t shift)

Parameters

rhs uint

unsigned value to devide by

overflow uint

initial unsigned overflow

Return Value

Type: uint

unsigned remainder value (evaluated overflow)

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Source

See Implementation

mir bignum integer BigInt constructorsfunctionsstatic functionsvariables
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