public void VerifyNegate()
{
VerifyOp(AsmOps.Negate <sbyte>(), math.negate, SampleSize);
VerifyOp(AsmOps.Negate <byte>(), math.negate, SampleSize);
VerifyOp(AsmOps.Negate <short>(), math.negate, SampleSize);
VerifyOp(AsmOps.Negate <ushort>(), math.negate, SampleSize);
VerifyOp(AsmOps.Negate <int>(), math.negate, SampleSize);
VerifyOp(AsmOps.Negate <uint>(), math.negate, SampleSize);
VerifyOp(AsmOps.Negate <long>(), math.negate, SampleSize);
VerifyOp(AsmOps.Negate <ulong>(), math.negate, SampleSize);
VerifyOp(AsmOps.Negate <float>(), math.negate, SampleSize);
VerifyOp(AsmOps.Negate <double>(), math.negate, SampleSize);
}
void add_check <T>()
where T : unmanaged
{
var asmop = AsmOps.Add <T>();
for (var i = 0; i < SampleSize; i++)
{
var a = Random.Next <T>();
var b = Random.Next <T>();
var expect = gmath.add(a, b);
var actual = asmop(a, b);
Claim.eq(expect, actual);
}
}
void add_bench <T>(SystemCounter subject = default, SystemCounter compare = default)
where T : unmanaged
{
var last = default(T);
var asmop = AsmOps.Add <T>();
for (var i = 0; i < OpCount; i++)
{
var a = Random.Next <T>();
var b = Random.Next <T>();
subject.Start();
last = asmop(a, b);
subject.Stop();
compare.Start();
last = gmath.add(a, b);
compare.Stop();
}
Benchmark($"add{moniker<T>()}_asm", subject);
Benchmark($"add{moniker<T>()}", compare);
}
public void add64f_check() => VerifyOp(AsmOps.Add <double>(), fmath.add);
public void add64u_check() => VerifyOp(AsmOps.Add <ulong>(), math.add);
public void add32u_check() => VerifyOp(AsmOps.Add <uint>(), math.add);
public void add16u_check() => VerifyOp(AsmOps.Add <ushort>(), math.add);
public void add8u_check() => VerifyOp(AsmOps.Add <byte>(), math.add);
