Skip to content

module operator

module `operator`¶

Source: stdlib/operator.codon

`lt` = `lambda a, b: (a < b)`¶

`le` = `lambda a, b: (a <= b)`¶

`eq` = `lambda a, b: (a == b)`¶

`ne` = `lambda a, b: (a != b)`¶

`gt` = `lambda a, b: (a > b)`¶

`ge` = `lambda a, b: (a >= b)`¶

`not_(a)`¶

`truth(a)`¶

`is_(a, b)`¶

`is_not(a, b)`¶

`abs(a)`¶

`add(a, b)`¶

`and_(a, b)`¶

`floordiv(a, b)`¶

`index(a)`¶

`inv(a)`¶

`invert` = `inv`¶

`lshift(a, b)`¶

`mod(a, b)`¶

`mul(a, b)`¶

`matmul(a, b)`¶

`neg(a)`¶

`or_(a, b)`¶

`pos(a)`¶

`pow(a, b)`¶

`rshift(a, b)`¶

`sub(a, b)`¶

`truediv(a, b)`¶

`xor(a, b)`¶

`concat(a, b)`¶

`contains(a, b)`¶

`countOf(a, b)`¶

`delitem(a, b)`¶

`getitem(a, b)`¶

`indexOf(a, b)`¶

`setitem(a, b, c)`¶

`length_hint(a, default = 0)`¶

`attrgetter(attr: Literal[str])`¶

**`itemgetter(*items)`**¶

`itemgetter(item: Literal[int])` @overload Function is overloaded ¶

**`methodcaller(name: Literal[str], *args, kwargs)`¶

`iadd(a, b)`¶

`iand(a, b)`¶

`iconcat(a, b)`¶

`ifloordiv(a, b)`¶

`ilshift(a, b)`¶

`imod(a, b)`¶

`imul(a, b)`¶

`imatmul(a, b)`¶

`ior(a, b)`¶

`ipow(a, b)`¶

`irshift(a, b)`¶

`isub(a, b)`¶

`itruediv(a, b)`¶

`ixor(a, b)`¶