/* TODO: The external service is giving security errors for connection attempt to its testnet.
*
* [Fact]
* [Trait("UnitTest", "UnitTest")]
* public void CanFetchTransactionFromCoinprism()
* {
* CanFetchTransactionFromCoinprismCore("CanColorizeIssuanceTransaction");
* CanFetchTransactionFromCoinprismCore("CanColorizeTransferTransaction");
* Assert.Null(new CoinprismColoredTransactionRepository().Get(uint256.Parse("b4399a545c4ddd640920d63af75e7367fe4d94b2d7f7a3423105e25ac5f165a5")));
#if !NOCUSTOMSSLVALIDATION
* Assert.Null(new CoinprismColoredTransactionRepository(Network.TestNet).Get(uint256.Parse("b4399a545c4ddd640920d63af75e7367fe4d94b2d7f7a3423105e25ac5f165a5")));
* Assert.NotNull(new CoinprismColoredTransactionRepository(Network.TestNet).Get(uint256.Parse("100972a4a519c6a40f6aa30bf0f89c1378c2a90a2a45715ec955d09fbf4d2253")));
#endif
* }
*/
private void CanFetchTransactionFromCoinprismCore(string test)
{
ColoredCoinTester tester = CreateTester(test);
ColoredTransaction expected = ColoredTransaction.FetchColors(tester.TestedTxId, tester.Repository);
ColoredTransaction actual = new CoinprismColoredTransactionRepository().Get(tester.TestedTxId);
Assert.True(actual.ToBytes().SequenceEqual(expected.ToBytes()));
}
public DynamicTableEntity CreateTableEntity()
{
var entity = new DynamicTableEntity();
entity.ETag = "*";
entity.PartitionKey = PartitionKey;
entity.RowKey = TxId + "-" + TypeLetter + "-" + BlockId;
if (Transaction != null)
{
Helper.SetEntityProperty(entity, "a", Transaction.ToBytes());
}
if (ColoredTransaction != null)
{
Helper.SetEntityProperty(entity, "b", ColoredTransaction.ToBytes());
}
Helper.SetEntityProperty(entity, "c", Helper.SerializeList(PreviousTxOuts));
return(entity);
}
public DynamicTableEntity CreateTableEntity()
{
var entity = new DynamicTableEntity();
entity.ETag = "*";
entity.PartitionKey = PartitionKey;
entity.RowKey = TxId + "-" + TypeLetter + "-" + BlockId;
if (Transaction != null)
{
Helper.SetEntityProperty(entity, "a", Transaction.ToBytes());
}
if (ColoredTransaction != null)
{
Helper.SetEntityProperty(entity, "b", ColoredTransaction.ToBytes());
}
Helper.SetEntityProperty(entity, "c", Helper.SerializeList(PreviousTxOuts, Transaction?.GetConsensusFactory() ?? PreviousTxOuts.Select(t => t.GetConsensusFactory()).FirstOrDefault()));
Helper.SetEntityProperty(entity, "d", Utils.ToBytes((ulong)Timestamp.UtcTicks, true));
return(entity);
}
internal DynamicTableEntity ToEntity()
{
DynamicTableEntity entity = new DynamicTableEntity();
entity.ETag = "*";
entity.PartitionKey = PartitionKey;
var locator = CreateBalanceLocator();
entity.RowKey = BalanceId + "-" + locator.ToString(true);
entity.Properties.Add("s", new EntityProperty(SeenUtc));
Helper.SetEntityProperty(entity, "ss", Helper.SerializeList(SpentIndices.Select(e => new IntCompactVarInt(e))));
Helper.SetEntityProperty(entity, "a", Helper.SerializeList(SpentOutpoints));
if (SpentCoins != null)
{
Helper.SetEntityProperty(entity, "b", Helper.SerializeList(SpentCoins.Select(c => new Spendable(c.Outpoint, c.TxOut))));
}
Helper.SetEntityProperty(entity, "c", Helper.SerializeList(ReceivedCoins.Select(e => new IntCompactVarInt(e.Outpoint.N))));
Helper.SetEntityProperty(entity, "d", Helper.SerializeList(ReceivedCoins.Select(e => e.TxOut)));
var flags = (HasOpReturn ? "o" : "n") + (IsCoinbase ? "o" : "n");
entity.Properties.AddOrReplace("e", new EntityProperty(flags));
entity.Properties.AddOrReplace("f", new EntityProperty(Helper.Serialize(MatchedRules)));
if (ColoredTransaction != null)
{
entity.Properties.AddOrReplace("g", new EntityProperty(ColoredTransaction.ToBytes()));
}
if (ScriptPubKey != null && !BalanceId.ContainsScript)
{
var bytes = ScriptPubKey.ToBytes(true);
if (bytes.Length < 63000)
{
entity.Properties.Add("h", new EntityProperty(bytes));
}
}
if (CustomData != null)
{
Helper.SetEntityProperty(entity, "cu", Encoding.UTF8.GetBytes(CustomData));
}
return(entity);
}
public override ITableEntity ToEntity()
{
var entity = new DynamicTableEntity
{
PartitionKey = PartitionKey,
RowKey = $"{TxId}-{BlockId}"
};
if (Transaction != null)
{
Helper.SetEntityProperty(entity, "tx", Transaction.ToBytes());
}
if (ColoredTransaction != null)
{
Helper.SetEntityProperty(entity, "ctx", ColoredTransaction.ToBytes());
}
Helper.SetEntityProperty(entity, "previoustxouts", Helper.SerializeList(PreviousTxOuts));
Helper.SetEntityProperty(entity, "time", NBitcoin.Utils.ToBytes((ulong)Timestamp.UtcTicks, true));
return(entity);
}
//https://github.com/OpenAssets/open-assets-protocol/blob/master/specification.mediawiki
public void CanColorizeSpecScenario()
{
var repo = new NoSqlColoredTransactionRepository(KnownNetworks.Main);
Money dust = Money.Parse("0.00005");
var colored = new ColoredTransaction();
var a1 = new AssetKey(this.networkMain);
var a2 = new AssetKey(this.networkMain);
var h = new AssetKey(this.networkMain);
BitcoinPubKeyAddress sender = new Key().PubKey.GetAddress(this.networkMain);
BitcoinPubKeyAddress receiver = new Key().PubKey.GetAddress(this.networkMain);
colored.Marker = new ColorMarker(new ulong[] { 0, 10, 6, 0, 7, 3 });
colored.Inputs.Add(new ColoredEntry(0, new AssetMoney(a1.Id, 3UL)));
colored.Inputs.Add(new ColoredEntry(1, new AssetMoney(a1.Id, 2UL)));
colored.Inputs.Add(new ColoredEntry(3, new AssetMoney(a1.Id, 5UL)));
colored.Inputs.Add(new ColoredEntry(4, new AssetMoney(a1.Id, 3UL)));
colored.Inputs.Add(new ColoredEntry(5, new AssetMoney(a2.Id, 9UL)));
colored.Issuances.Add(new ColoredEntry(1, new AssetMoney(h.Id, 10UL)));
colored.Transfers.Add(new ColoredEntry(3, new AssetMoney(a1.Id, 6UL)));
colored.Transfers.Add(new ColoredEntry(5, new AssetMoney(a1.Id, 7UL)));
colored.Transfers.Add(new ColoredEntry(6, new AssetMoney(a2.Id, 3UL)));
AssetMoney[] destroyed = colored.GetDestroyedAssets();
Assert.True(destroyed.Length == 1);
Assert.True(destroyed[0].Quantity == 6);
Assert.True(destroyed[0].Id == a2.Id);
colored = colored.Clone();
destroyed = colored.GetDestroyedAssets();
Assert.True(destroyed.Length == 1);
Assert.True(destroyed[0].Quantity == 6);
Assert.True(destroyed[0].Id == a2.Id);
Transaction prior = this.networkMain.CreateTransaction();
prior.Outputs.Add(new TxOut(dust, a1.ScriptPubKey));
prior.Outputs.Add(new TxOut(dust, a2.ScriptPubKey));
prior.Outputs.Add(new TxOut(dust, h.ScriptPubKey));
repo.Transactions.Put(prior.GetHash(), prior);
Transaction issuanceA1 = this.networkMain.CreateTransaction();
issuanceA1.Inputs.Add(new TxIn(new OutPoint(prior.GetHash(), 0)));
issuanceA1.Outputs.Add(new TxOut(dust, h.ScriptPubKey));
issuanceA1.Outputs.Add(new TxOut(dust, sender));
issuanceA1.Outputs.Add(new TxOut(dust, sender));
issuanceA1.Outputs.Add(new TxOut(dust, sender));
issuanceA1.Outputs.Add(new TxOut(dust, new ColorMarker(new ulong[] { 3, 2, 5, 3 }).GetScript()));
repo.Transactions.Put(issuanceA1.GetHash(), issuanceA1);
Transaction issuanceA2 = this.networkMain.CreateTransaction();
issuanceA2.Inputs.Add(new TxIn(new OutPoint(prior.GetHash(), 1)));
issuanceA2.Outputs.Add(new TxOut(dust, sender));
issuanceA2.Outputs.Add(new TxOut(dust, new ColorMarker(new ulong[] { 9 }).GetScript()));
repo.Transactions.Put(issuanceA2.GetHash(), issuanceA2);
Transaction testedTx = CreateSpecTransaction(repo, dust, receiver, prior, issuanceA1, issuanceA2);
ColoredTransaction actualColored = testedTx.GetColoredTransaction(repo);
Assert.True(colored.ToBytes().SequenceEqual(actualColored.ToBytes()));
//Finally, for each transfer output, if the asset units forming that output all have the same asset address, the output gets assigned that asset address. If any output contains units from more than one distinct asset address, the whole transaction is considered invalid, and all outputs are uncolored.
Transaction testedBadTx = CreateSpecTransaction(repo, dust, receiver, prior, issuanceA1, issuanceA2);
testedBadTx.Outputs[2] = new TxOut(dust, new ColorMarker(new ulong[] { 0, 10, 6, 0, 6, 4 }).GetScript());
repo.Transactions.Put(testedBadTx.GetHash(), testedBadTx);
colored = testedBadTx.GetColoredTransaction(repo);
destroyed = colored.GetDestroyedAssets();
Assert.True(destroyed.Length == 2);
Assert.True(destroyed[0].Id == a1.Id);
Assert.True(destroyed[0].Quantity == 13);
Assert.True(destroyed[1].Id == a2.Id);
Assert.True(destroyed[1].Quantity == 9);
//If there are more items in the asset quantity list than the number of colorable outputs, the transaction is deemed invalid, and all outputs are uncolored.
testedBadTx = CreateSpecTransaction(repo, dust, receiver, prior, issuanceA1, issuanceA2);
testedBadTx.Outputs[2] = new TxOut(dust, new ColorMarker(new ulong[] { 0, 10, 6, 0, 7, 4, 10, 10 }).GetScript());
repo.Transactions.Put(testedBadTx.GetHash(), testedBadTx);
colored = testedBadTx.GetColoredTransaction(repo);
destroyed = colored.GetDestroyedAssets();
Assert.True(destroyed.Length == 2);
Assert.True(destroyed[0].Id == a1.Id);
Assert.True(destroyed[0].Quantity == 13);
Assert.True(destroyed[1].Id == a2.Id);
Assert.True(destroyed[1].Quantity == 9);
}