polars_compute/comparisons/
boolean.rsuse arrow::array::BooleanArray;
use arrow::bitmap::{self, Bitmap};
use super::{TotalEqKernel, TotalOrdKernel};
impl TotalEqKernel for BooleanArray {
type Scalar = bool;
fn tot_eq_kernel(&self, other: &Self) -> Bitmap {
bitmap::binary(self.values(), other.values(), |l, r| !(l ^ r))
}
fn tot_ne_kernel(&self, other: &Self) -> Bitmap {
self.values() ^ other.values()
}
fn tot_eq_kernel_broadcast(&self, other: &Self::Scalar) -> Bitmap {
if *other {
self.values().clone()
} else {
!self.values()
}
}
fn tot_ne_kernel_broadcast(&self, other: &Self::Scalar) -> Bitmap {
self.tot_eq_kernel_broadcast(&!*other)
}
}
impl TotalOrdKernel for BooleanArray {
type Scalar = bool;
fn tot_lt_kernel(&self, other: &Self) -> Bitmap {
bitmap::binary(self.values(), other.values(), |l, r| !l & r)
}
fn tot_le_kernel(&self, other: &Self) -> Bitmap {
bitmap::binary(self.values(), other.values(), |l, r| !l | r)
}
fn tot_lt_kernel_broadcast(&self, other: &Self::Scalar) -> Bitmap {
if *other {
!self.values()
} else {
Bitmap::new_zeroed(self.len())
}
}
fn tot_le_kernel_broadcast(&self, other: &Self::Scalar) -> Bitmap {
if *other {
Bitmap::new_with_value(true, self.len())
} else {
!self.values()
}
}
fn tot_gt_kernel_broadcast(&self, other: &Self::Scalar) -> Bitmap {
if *other {
Bitmap::new_zeroed(self.len())
} else {
self.values().clone()
}
}
fn tot_ge_kernel_broadcast(&self, other: &Self::Scalar) -> Bitmap {
if *other {
self.values().clone()
} else {
Bitmap::new_with_value(true, self.len())
}
}
}