package math32

import (

"math"

"testing"

)

func TestUnsafe32(t *testing.T) {

for _, x := range values {

actualB := Float32bits(x)

expectedB := math.Float32bits(x)

if actualB != expectedB {

t.Errorf("Float32bits(%f) expected %v, actual %v", x, expectedB, actualB)

}

actualF := Float32frombits(expectedB)

expectedF := math.Float32frombits(expectedB)

if !(IsNaN(actualF) && IsNaN(expectedF)) && actualF != expectedF {

t.Errorf("Float32frombits(%v) expected %f, actual %f", expectedB, expectedF, actualF)

}

}

}

func TestUnsafe64(t *testing.T) {

for _, x32 := range values {

x := float64(x32)

actualB := Float64bits(x)

expectedB := math.Float64bits(x)

if actualB != expectedB {

t.Errorf("Float64bits(%f) expected %v, actual %v", x, expectedB, actualB)

}

actualF := Float64frombits(expectedB)

expectedF := math.Float64frombits(expectedB)

if !(math.IsNaN(actualF) && math.IsNaN(expectedF)) && actualF != expectedF {

t.Errorf("Float64frombits(%v) expected %f, actual %f", expectedB, expectedF, actualF)

}

}

}