ranged_int - v2.0.1

ranged_int/builtin/int64

Types

Int64

opaque </> 
pub opaque type Int64

Values

absolute

</> 
pub fn absolute(a: Int64) -> Result(Int64, utils.Overflow)

add

</> 
pub fn add(
  a: Int64,
  b: bigi.BigInt,
) -> Result(Int64, utils.Overflow)

compare

</> 
pub fn compare(a: Int64, b: Int64) -> order.Order

divide

</> 
pub fn divide(
  a: Int64,
  b: bigi.BigInt,
) -> Result(Int64, utils.Overflow)

divide_no_zero

</> 
pub fn divide_no_zero(
  a: Int64,
  b: bigi.BigInt,
) -> Result(Result(Int64, utils.Overflow), Nil)

eject

</> 
pub fn eject(op: Result(Int64, utils.Overflow)) -> bigi.BigInt

from_bigint

</> 
pub fn from_bigint(
  value: bigi.BigInt,
) -> Result(Int64, utils.Overflow)

modulo

</> 
pub fn modulo(
  a: Int64,
  b: bigi.BigInt,
) -> Result(Int64, utils.Overflow)

modulo_no_zero

</> 
pub fn modulo_no_zero(
  a: Int64,
  b: bigi.BigInt,
) -> Result(Result(Int64, utils.Overflow), Nil)

multiply

</> 
pub fn multiply(
  a: Int64,
  b: bigi.BigInt,
) -> Result(Int64, utils.Overflow)

overflow

</> 
pub fn overflow(op: Result(Int64, utils.Overflow)) -> Int64

power

</> 
pub fn power(
  a: Int64,
  b: uint.Uint,
) -> Result(Int64, utils.Overflow)

remainder

</> 
pub fn remainder(
  a: Int64,
  b: bigi.BigInt,
) -> Result(Int64, utils.Overflow)

remainder_no_zero

</> 
pub fn remainder_no_zero(
  a: Int64,
  b: bigi.BigInt,
) -> Result(Result(Int64, utils.Overflow), Nil)

subtract

</> 
pub fn subtract(
  a: Int64,
  b: bigi.BigInt,
) -> Result(Int64, utils.Overflow)

to_bigint

</> 
pub fn to_bigint(uint: Int64) -> bigi.BigInt
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