public void Test_EncodedUintVector_LowerBound()
{
for (int bytes_per_value = 8; bytes_per_value <= 8; ++bytes_per_value)
{
EncodedUintVectorTesting.TestLowerBound_64(bytes_per_value, 10);
if (bytes_per_value <= 4)
{
EncodedUintVectorTesting.TestLowerBound_32(bytes_per_value, 500);
if (bytes_per_value <= 2)
{
EncodedUintVectorTesting.TestLowerBound_16(bytes_per_value, 100);
}
}
}
}
private static void TestEncodedUintVector <T>(T[] expected, int expected_bytes)
{
switch (expected)
{
case ushort[] _ushort:
EncodedUintVectorTesting.TestEncodedUintVector_16(_ushort, expected_bytes);
break;
case uint[] _uint:
EncodedUintVectorTesting.TestEncodedUintVector_32(_uint, expected_bytes);
break;
case ulong[] _ulong:
EncodedUintVectorTesting.TestEncodedUintVector_64(_ulong, expected_bytes);
break;
default: throw new NotSupportedException(typeof(T).FullName);
}
}
public void Test_EncodedUintVectorTest_RoundtripEncoding()
{
var values = new ulong[] { 10, 20, 30, 40 };
Encoder a_encoder = new();
var a = EncodedUintVectorTesting.MakeEncodedVector_64(values, a_encoder);
Assert.Equal(a.Decode(), values);
Encoder b_encoder = new();
a.Encode(b_encoder);
var decoder = b_encoder.Decoder();
EncodedUintVector_UInt64 v2 = new();
Assert.True(v2.Init(decoder));
Assert.Equal(v2.Decode(), values);
}