public void Min_nuint(Double expected, UInt32[] values)
{
nuint[] vals = null;
if (values is not null)
{
vals = new nuint[values.Length];
for (nint i = 0; i < values.Length; i++)
{
vals[i] = (nuint)values[i];
}
}
BoundedArray <nuint> array = values is not null ? new BoundedArray <nuint>(vals) : null;
Assert.Equal(expected, array.Min());
}
public void Min_Double(Double expected, Double[] values)
{
BoundedArray <Double> array = values is not null ? new BoundedArray <Double>(values) : null;
Assert.Equal(expected, array.Min());
}
public void Min_UInt64(Double expected, UInt64[] values)
{
BoundedArray <UInt64> array = values is not null ? new BoundedArray <UInt64>(values) : null;
Assert.Equal(expected, array.Min());
}
public void Min_Int32(Double expected, Int32[] values)
{
BoundedArray <Int32> array = values is not null ? new BoundedArray <Int32>(values) : null;
Assert.Equal(expected, array.Min());
}
public void Min_UInt16(Single expected, UInt16[] values)
{
BoundedArray <UInt16> array = values is not null ? new BoundedArray <UInt16>(values) : null;
Assert.Equal(expected, array.Min());
}
public void Min_Byte(Single expected, Byte[] values)
{
BoundedArray <Byte> array = values is not null ? new BoundedArray <Byte>(values) : null;
Assert.Equal(expected, array.Min());
}