public static void ValidPayToScriptHashAddresses(string encodedAddress, BlockChainIdentity intendedBlockChain)
{
Address address;
Assert.True(Address.TryDecode(encodedAddress, out address));
address = Address.Decode(encodedAddress);
Assert.IsType<Address.PayToScriptHash>(address);
var p2shAddress = (Address.PayToScriptHash)address;
Assert.Same(address.IntendedBlockChain, intendedBlockChain);
var newAddress = new Address.PayToSecp256k1PubKeyHash(intendedBlockChain, p2shAddress.ScriptHash);
var reencodedAddress = address.Encode();
Assert.Equal(encodedAddress, reencodedAddress);
}
public static void ValidPayToSecp256k1PubKeyHashAddresses(string encodedAddress, BlockChainIdentity intendedBlockChain)
{
// Assert TryDecode and Decode succeed on valid address.
Address address;
Assert.True(Address.TryDecode(encodedAddress, out address));
address = Address.Decode(encodedAddress);
// Assert actual instance type is PayToSecp256k1PubKeyHash
Assert.IsType<Address.PayToSecp256k1PubKeyHash>(address);
var p2pkhAddress = (Address.PayToSecp256k1PubKeyHash)address;
// Assert address is for the correct intended network.
Assert.Same(address.IntendedBlockChain, intendedBlockChain);
// Assert reencoded address string is equal to the test input.
var newAddress = new Address.PayToSecp256k1PubKeyHash(intendedBlockChain, p2pkhAddress.PubKeyHash);
var reencodedAddress = newAddress.Encode();
Assert.Equal(encodedAddress, reencodedAddress);
}