Module nstd_sys::core::ops

Available on crate feature core only.

Operator overloading for types and operators that may cause overflow.

The types of overflows that this module attempts to catch can be found here.

Also see this issue for more information.

Functions

• nstd_core_ops_add_i8
  Computes the addition operation of x + y.
• nstd_core_ops_add_i16
  Computes the addition operation of x + y.
• nstd_core_ops_add_i32
  Computes the addition operation of x + y.
• nstd_core_ops_add_i64
  Computes the addition operation of x + y.
• nstd_core_ops_add_int
  Computes the addition operation of x + y.
• nstd_core_ops_add_u8
  Computes the addition operation of x + y.
• nstd_core_ops_add_u16
  Computes the addition operation of x + y.
• nstd_core_ops_add_u32
  Computes the addition operation of x + y.
• nstd_core_ops_add_u64
  Computes the addition operation of x + y.
• nstd_core_ops_add_uint
  Computes the addition operation of x + y.
• nstd_core_ops_dec_i8
  Decrements x by 1.
• nstd_core_ops_dec_i16
  Decrements x by 1.
• nstd_core_ops_dec_i32
  Decrements x by 1.
• nstd_core_ops_dec_i64
  Decrements x by 1.
• nstd_core_ops_dec_int
  Decrements x by 1.
• nstd_core_ops_dec_u8
  Decrements x by 1.
• nstd_core_ops_dec_u16
  Decrements x by 1.
• nstd_core_ops_dec_u32
  Decrements x by 1.
• nstd_core_ops_dec_u64
  Decrements x by 1.
• nstd_core_ops_dec_uint
  Decrements x by 1.
• nstd_core_ops_div_i8
  Computes the division operation of x / y.
• nstd_core_ops_div_i16
  Computes the division operation of x / y.
• nstd_core_ops_div_i32
  Computes the division operation of x / y.
• nstd_core_ops_div_i64
  Computes the division operation of x / y.
• nstd_core_ops_div_int
  Computes the division operation of x / y.
• nstd_core_ops_div_u8
  Computes the division operation of x / y.
• nstd_core_ops_div_u16
  Computes the division operation of x / y.
• nstd_core_ops_div_u32
  Computes the division operation of x / y.
• nstd_core_ops_div_u64
  Computes the division operation of x / y.
• nstd_core_ops_div_uint
  Computes the division operation of x / y.
• nstd_core_ops_inc_i8
  Increments x by 1.
• nstd_core_ops_inc_i16
  Increments x by 1.
• nstd_core_ops_inc_i32
  Increments x by 1.
• nstd_core_ops_inc_i64
  Increments x by 1.
• nstd_core_ops_inc_int
  Increments x by 1.
• nstd_core_ops_inc_u8
  Increments x by 1.
• nstd_core_ops_inc_u16
  Increments x by 1.
• nstd_core_ops_inc_u32
  Increments x by 1.
• nstd_core_ops_inc_u64
  Increments x by 1.
• nstd_core_ops_inc_uint
  Increments x by 1.
• nstd_core_ops_mul_i8
  Computes the multiplication operation of x * y.
• nstd_core_ops_mul_i16
  Computes the multiplication operation of x * y.
• nstd_core_ops_mul_i32
  Computes the multiplication operation of x * y.
• nstd_core_ops_mul_i64
  Computes the multiplication operation of x * y.
• nstd_core_ops_mul_int
  Computes the multiplication operation of x * y.
• nstd_core_ops_mul_u8
  Computes the multiplication operation of x * y.
• nstd_core_ops_mul_u16
  Computes the multiplication operation of x * y.
• nstd_core_ops_mul_u32
  Computes the multiplication operation of x * y.
• nstd_core_ops_mul_u64
  Computes the multiplication operation of x * y.
• nstd_core_ops_mul_uint
  Computes the multiplication operation of x * y.
• nstd_core_ops_neg_i8
  Returns the negative value of x.
• nstd_core_ops_neg_i16
  Returns the negative value of x.
• nstd_core_ops_neg_i32
  Returns the negative value of x.
• nstd_core_ops_neg_i64
  Returns the negative value of x.
• nstd_core_ops_neg_int
  Returns the negative value of x.
• nstd_core_ops_rem_i8
  Computes the remainder of x / y.
• nstd_core_ops_rem_i16
  Computes the remainder of x / y.
• nstd_core_ops_rem_i32
  Computes the remainder of x / y.
• nstd_core_ops_rem_i64
  Computes the remainder of x / y.
• nstd_core_ops_rem_int
  Computes the remainder of x / y.
• nstd_core_ops_rem_u8
  Computes the remainder of x / y.
• nstd_core_ops_rem_u16
  Computes the remainder of x / y.
• nstd_core_ops_rem_u32
  Computes the remainder of x / y.
• nstd_core_ops_rem_u64
  Computes the remainder of x / y.
• nstd_core_ops_rem_uint
  Computes the remainder of x / y.
• nstd_core_ops_shl_i8
  Shifts value x y bits to the left.
• nstd_core_ops_shl_i16
  Shifts value x y bits to the left.
• nstd_core_ops_shl_i32
  Shifts value x y bits to the left.
• nstd_core_ops_shl_i64
  Shifts value x y bits to the left.
• nstd_core_ops_shl_int
  Shifts value x y bits to the left.
• nstd_core_ops_shl_u8
  Shifts value x y bits to the left.
• nstd_core_ops_shl_u16
  Shifts value x y bits to the left.
• nstd_core_ops_shl_u32
  Shifts value x y bits to the left.
• nstd_core_ops_shl_u64
  Shifts value x y bits to the left.
• nstd_core_ops_shl_uint
  Shifts value x y bits to the left.
• nstd_core_ops_shr_i8
  Shifts value x y bits to the right.
• nstd_core_ops_shr_i16
  Shifts value x y bits to the right.
• nstd_core_ops_shr_i32
  Shifts value x y bits to the right.
• nstd_core_ops_shr_i64
  Shifts value x y bits to the right.
• nstd_core_ops_shr_int
  Shifts value x y bits to the right.
• nstd_core_ops_shr_u8
  Shifts value x y bits to the right.
• nstd_core_ops_shr_u16
  Shifts value x y bits to the right.
• nstd_core_ops_shr_u32
  Shifts value x y bits to the right.
• nstd_core_ops_shr_u64
  Shifts value x y bits to the right.
• nstd_core_ops_shr_uint
  Shifts value x y bits to the right.
• nstd_core_ops_sub_i8
  Computes the subtraction operation of x - y.
• nstd_core_ops_sub_i16
  Computes the subtraction operation of x - y.
• nstd_core_ops_sub_i32
  Computes the subtraction operation of x - y.
• nstd_core_ops_sub_i64
  Computes the subtraction operation of x - y.
• nstd_core_ops_sub_int
  Computes the subtraction operation of x - y.
• nstd_core_ops_sub_u8
  Computes the subtraction operation of x - y.
• nstd_core_ops_sub_u16
  Computes the subtraction operation of x - y.
• nstd_core_ops_sub_u32
  Computes the subtraction operation of x - y.
• nstd_core_ops_sub_u64
  Computes the subtraction operation of x - y.
• nstd_core_ops_sub_uint
  Computes the subtraction operation of x - y.