public void ToMnemonic_DisoisedExceptionTest()
{
byte[] ent = Helper.HexToBytes("0a0fecede9bf8a975eb6b4ef75bb799f00");
var elmn = new ElectrumMnemonic(ent, ElectrumMnemonic.MnemonicType.Standard, BIP0039.WordLists.Spanish);
elmn.Dispose();
Assert.Throws <ObjectDisposedException>(() => elmn.ToMnemonic());
}
public void Constructor_FromByte_IncrementTest()
{
byte[] ent = Helper.HexToBytes("0a0fecede9bf8a975eb6b4ef75bb799f00");
using var elmn = new ElectrumMnemonic(ent, ElectrumMnemonic.MnemonicType.Standard, BIP0039.WordLists.Spanish);
string actual = elmn.ToMnemonic();
string expected = "almíbar tibio superar vencer hacha peatón príncipe matar consejo polen vehículo odisea";
Assert.Equal(expected, actual);
}
public void Constructor_FromRngTest()
{
var rng = new MockRng(BigInteger.Parse("3423992296655289706780599506247192518735").ToByteArray(true, true));
using var elmn = new ElectrumMnemonic(rng, ElectrumMnemonic.MnemonicType.Standard, BIP0039.WordLists.Spanish);
string actual = elmn.ToMnemonic();
string expected = "almíbar tibio superar vencer hacha peatón príncipe matar consejo polen vehículo odisea";
Assert.Equal(expected, actual);
}
public void ConstructorTest(BIP0039.WordLists wl, string mnemonic, byte[] entropy,
ElectrumMnemonic.MnemonicType mnType, string pass, byte[] bip32Seed)
{
using var elmn = new ElectrumMnemonic(mnemonic, wl, pass);
Assert.Equal(mnType, elmn.MnType);
Assert.Equal(mnemonic, elmn.ToMnemonic());
if (entropy != null)
{
using var fromEntropy = new ElectrumMnemonic(entropy, mnType, wl, pass);
Assert.Equal(mnType, fromEntropy.MnType);
Assert.Equal(mnemonic, fromEntropy.ToMnemonic());
}
if (bip32Seed != null)
{
string actualXprv = elmn.ToBase58(false);
string expectedXprv = new BIP0032(bip32Seed).ToBase58(false);
Assert.Equal(expectedXprv, actualXprv);
}
}
