public void CheckReferenceResultsUnsafe()
{
unsafe
{
fixed(byte *ptr = _testData)
{
//DJBHash32
uint r1 = DJBHash32Unsafe.ComputeHash(ptr, _testData.Length);
Assert.Equal(BitConverter.ToUInt32(_testResults[typeof(DJBHash32)], 0), r1);
//Farmhash32
uint r2 = FarmHash32Unsafe.ComputeHash(ptr, _testData.Length);
Assert.Equal(BitConverter.ToUInt32(_testResults[typeof(FarmHash32)], 0), r2);
//Farmhash64
ulong r3 = FarmHash64Unsafe.ComputeHash(ptr, _testData.Length);
Assert.Equal(BitConverter.ToUInt64(_testResults[typeof(FarmHash64)], 0), r3);
//FNV1A32
uint r4 = FNV1A32Unsafe.ComputeHash(ptr, _testData.Length);
Assert.Equal(BitConverter.ToUInt32(_testResults[typeof(FNV1A32)], 0), r4);
//MurmurHash32
uint r5 = MurmurHash32Unsafe.ComputeHash(ptr, _testData.Length);
Assert.Equal(BitConverter.ToUInt32(_testResults[typeof(MurmurHash32)], 0), r5);
//MurmurHash128
byte[] r6 = MurmurHash128Unsafe.ComputeHash(ptr, _testData.Length);
Assert.True(_testResults[typeof(MurmurHash128)].SequenceEqual(r6));
//SipHash64
ulong r7 = SipHash64Unsafe.ComputeHash(ptr, _testData.Length);
Assert.Equal(BitConverter.ToUInt64(_testResults[typeof(SipHash64)], 0), r7);
//SuperFastHash32
uint r8 = SuperFastHash32Unsafe.ComputeHash(ptr, _testData.Length);
Assert.Equal(BitConverter.ToUInt32(_testResults[typeof(SuperFastHash32)], 0), r8);
//xxHash32
uint r9 = xxHash32Unsafe.ComputeHash(ptr, _testData.Length);
Assert.Equal(BitConverter.ToUInt32(_testResults[typeof(xxHash32)], 0), r9);
//xxHash64
ulong r10 = xxHash64Unsafe.ComputeHash(ptr, _testData.Length);
Assert.Equal(BitConverter.ToUInt64(_testResults[typeof(xxHash64)], 0), r10);
}
}
}
public unsafe byte[] MurmurHash128UnsafeTest()
{
return(MurmurHash128Unsafe.ComputeHash(_unsafePtr, _testData.Length));
}