public void ReciprocalZero()
{
var rational = new BigRational(0, 1);
Assert.Throws <DivideByZeroException>(
() => rational.Reciprocal());
}
public void Reciprocal(int n1, int n2)
{
var rational = new BigRational(n1, n2);
var expected = new BigRational(n2, n1);
AssertEqual(expected, rational.Reciprocal());
}
public override (object, int) Decode(byte[] data, int position, bool packed)
{
(BigInteger nominator, int newPosition) = Int256.DecodeInt(data, position, packed);
BigRational rational = BigRational.FromBigInt(nominator) * BigRational.Reciprocal(BigRational.Pow(BigRational.FromInt(10), Precision));
return(rational, newPosition);
}
public void ReciprocalZero(int n1, int n2)
{
var rational = new BigRational(n1, n2);
Assert.Throws <DivideByZeroException>(
() => rational.Reciprocal());
}
public void Reciprocal(int n1, int n2)
{
var rational = new BigRational(n1, n2);
var expected = new BigRational(n2, n1);
var actual = rational.Reciprocal();
Assert.AreEqual(expected, actual);
}
public void Test_fixed(AbiEncodingStyle encodingStyle)
{
AbiFixed type = AbiType.Fixed;
BigRational data = BigRational.FromBigInt(123456789) * BigRational.Reciprocal(BigRational.Pow(BigRational.FromInt(10), type.Precision));
AbiSignature signature = new AbiSignature("abc", type);
byte[] encoded = _abiEncoder.Encode(encodingStyle, signature, data);
object[] arguments = _abiEncoder.Decode(encodingStyle, signature, encoded);
Assert.AreEqual(arguments[0], data);
}
