func divf32x4(x, y simd.F32x4) simd.F32x4 { return simd.DivF32x4(x, y) }
func main() {
count := 0
rand.Seed(42)
errors := 0
for i := -63; i <= 63; i++ {
a := int(0)
if i < 0 {
a = -1 << uint(-i)
} else {
a = 1<<uint(i) - 1
}
for j := -63; j <= 63; j++ {
count++
b := int(0)
if j < 0 {
b = -1 << uint(-j)
} else {
b = 1<<uint(j) - 1
}
shift := uint8(j)
var xI32x4 simd.I32x4
var yI32x4 simd.I32x4
var xF32x4 simd.F32x4
var yF32x4 simd.F32x4
for idx := 0; idx < 4; idx++ {
abs_a := a
if abs_a == math.MinInt64 || abs_a == 0 {
abs_a = 64
}
if abs_a < 0 {
abs_a = -abs_a
}
abs_b := b
if abs_b == math.MinInt64 || abs_b == 0 {
abs_b = 64
}
if abs_b < 0 {
abs_b = -abs_b
}
xI32x4[idx] = int32(rand.Intn(abs_a))
yI32x4[idx] = int32(rand.Intn(abs_b))
xF32x4[idx] = rand.Float32()
yF32x4[idx] = rand.Float32()
}
if addi32x4(xI32x4, yI32x4) != simd.AddI32x4(xI32x4, yI32x4) {
fmt.Printf("addi32x4(%v, %v)\n", xI32x4, yI32x4)
fmt.Println("x:", xI32x4)
fmt.Println("y:", yI32x4)
fmt.Println("s(xI32x4, yI32x4):", addi32x4(xI32x4, yI32x4))
fmt.Println(" (xI32x4, yI32x4):", simd.AddI32x4(xI32x4, yI32x4))
errors++
}
if subi32x4(xI32x4, yI32x4) != simd.SubI32x4(xI32x4, yI32x4) {
fmt.Printf("subi32x4(%v, %v)\n", xI32x4, yI32x4)
fmt.Println("x:", xI32x4)
fmt.Println("y:", yI32x4)
fmt.Println("s:", subi32x4(xI32x4, yI32x4))
fmt.Println(" :", simd.SubI32x4(xI32x4, yI32x4))
errors++
}
if muli32x4(xI32x4, yI32x4) != simd.MulI32x4(xI32x4, yI32x4) {
fmt.Printf("muli32x4(%v, %v)\n", xI32x4, yI32x4)
fmt.Println("x:", xI32x4)
fmt.Println("y:", yI32x4)
fmt.Println("s:", muli32x4(xI32x4, yI32x4))
fmt.Println(" :", simd.MulI32x4(xI32x4, yI32x4))
errors++
}
if shli32x4(xI32x4, shift) != simd.ShlI32x4(xI32x4, shift) {
fmt.Printf("shli32x4(%v, %v)\n", xI32x4, shift)
fmt.Println("x:", xI32x4)
fmt.Println("shift:", shift)
fmt.Println("s:", shli32x4(xI32x4, shift))
fmt.Println(" :", simd.ShlI32x4(xI32x4, shift))
errors++
}
if shri32x4(xI32x4, shift) != simd.ShrI32x4(xI32x4, shift) {
fmt.Printf("shri32x4(%v, %v)\n", xI32x4, shift)
fmt.Println("x:", xI32x4)
fmt.Println("shift:", shift)
fmt.Println("s:", shri32x4(xI32x4, shift))
fmt.Println(" :", simd.ShrI32x4(xI32x4, shift))
errors++
}
if addf32x4(xF32x4, yF32x4) != simd.AddF32x4(xF32x4, yF32x4) {
fmt.Printf("addf32x4(%v, %v)\n", xF32x4, yF32x4)
fmt.Println("x:", xF32x4)
fmt.Println("y:", yF32x4)
fmt.Println("s:", addf32x4(xF32x4, yF32x4))
fmt.Println(" :", simd.AddF32x4(xF32x4, yF32x4))
errors++
}
if subf32x4(xF32x4, yF32x4) != simd.SubF32x4(xF32x4, yF32x4) {
fmt.Printf("subf32x4(%v, %v)\n", xF32x4, yF32x4)
fmt.Println("x:", xF32x4)
fmt.Println("y:", yF32x4)
fmt.Println("s:", subf32x4(xF32x4, yF32x4))
fmt.Println(" :", simd.SubF32x4(xF32x4, yF32x4))
errors++
}
if mulf32x4(xF32x4, yF32x4) != simd.MulF32x4(xF32x4, yF32x4) {
fmt.Printf("mulf32x4(%v, %v)\n", xF32x4, yF32x4)
fmt.Println("x:", xF32x4)
fmt.Println("y:", yF32x4)
fmt.Println("s:", mulf32x4(xF32x4, yF32x4))
fmt.Println(" :", simd.MulF32x4(xF32x4, yF32x4))
}
if divf32x4(xF32x4, yF32x4) != simd.DivF32x4(xF32x4, yF32x4) {
fmt.Printf("divf32x4(%v, %v)\n", xF32x4, yF32x4)
fmt.Println("x:", xF32x4)
fmt.Println("y:", yF32x4)
fmt.Println("s:", divf32x4(xF32x4, yF32x4))
fmt.Println(" :", simd.DivF32x4(xF32x4, yF32x4))
errors++
}
}
}
fmt.Printf("Done, errors: %d\n", errors)
}