public void TestTransferToAlias()
{
var node = new Node(Node.TestNetHost);
var seed = PrivateKeyAccount.GenerateSeed();
var account = PrivateKeyAccount.CreateFromSeed(seed, 'T');
node.Transfer(Accounts.Alice, account.Address, Assets.WAVES, 0.001m);
Thread.Sleep(10000);
var alias = GenerateRandomAlias();
node.CreateAlias(account, alias, 'T');
Thread.Sleep(10000);
var amount = 0.0001m;
var balanceBefore = node.GetBalance(account.Address);
node.Transfer(Accounts.Alice, "alias:T:" + alias, Assets.WAVES, amount);
Thread.Sleep(15000);
var balanceAfter = node.GetBalance(account.Address);
Assert.AreEqual(balanceBefore + amount, balanceAfter);
}
public void TestTransferToAlias()
{
var node = new Node(Node.TestNetChainId);
var seed = PrivateKeyAccount.GenerateSeed();
var account = PrivateKeyAccount.CreateFromSeed(seed, 'T');
var response = node.Transfer(Accounts.Alice, account.Address, Assets.BCT, 0.001m);
node.WaitTransactionConfirmationByResponse(response);
var alias = GenerateRandomAlias();
response = node.CreateAlias(account, alias, 'T');
node.WaitTransactionConfirmationByResponse(response);
var amount = 0.0001m;
var balanceBefore = node.GetBalance(account.Address);
response = node.Transfer(Accounts.Alice, "alias:T:" + alias, Assets.BCT, amount);
node.WaitTransactionConfirmationByResponse(response);
var balanceAfter = node.GetBalance(account.Address);
Assert.AreEqual(balanceBefore + amount, balanceAfter);
}
public void Init()
{
Seed = PrivateKeyAccount.GenerateSeed();
Account = PrivateKeyAccount.CreateFromSeed(seed, AddressEncoding.TestNet);
Base58PrivateKey = Account.PrivateKey.ToBase58();
Base58PublicKey = Account.PublicKey.ToBase58();
}
public NeutrinoApi(NeutrinoSettings neutrinoSettings, WavesHelper wavesHelper, Node node,
PrivateKeyAccount account)
{
_wavesHelper = wavesHelper;
_node = node;
_account = account;
_neutrinoSettings = neutrinoSettings;
}
public void Load()
{
using (StreamReader sr = new StreamReader("account.dat"))
{
Seed = sr.ReadLine();
Account = PrivateKeyAccount.CreateFromSeed(Seed, AddressEncoding.TestNet);
}
}
public void TestSeedGeneration()
{
string seed = PrivateKeyAccount.GenerateSeed();
Assert.AreEqual(15, seed.Split(' ').Length);
seed = PrivateKeyAccount.GenerateSeed();
Assert.AreEqual(15, seed.Split(' ').Length);
}
public void TestAccountEncodeDecode()
{
var publicKey = "8LbAU5BSrGkpk5wbjLMNjrbc9VzN9KBBYv9X8wGpmAJT";
var privateKey = "CMLwxbMZJMztyTJ6Zkos66cgU7DybfFJfyJtTVpme54t";
var account = PrivateKeyAccount.CreateFromPrivateKey(privateKey, AddressEncoding.TestNet);
Assert.AreEqual(privateKey, account.PrivateKey.ToBase58());
Assert.AreEqual(publicKey, account.PublicKey.ToBase58());
}
public void TestAccountEncodeDecode()
{
String publicKey = "8LbAU5BSrGkpk5wbjLMNjrbc9VzN9KBBYv9X8wGpmAJT";
String privateKey = "CMLwxbMZJMztyTJ6Zkos66cgU7DybfFJfyJtTVpme54t";
PrivateKeyAccount account = PrivateKeyAccount.CreateFromPrivateKey(privateKey, AddressEncoding.TestNet);
Assert.AreEqual(privateKey, Base58.Encode(Base58.Decode(privateKey)));
Assert.AreEqual(publicKey, Base58.Encode(Base58.Decode(publicKey)));
}
public PacemakerService(WavesHelper wavesHelper, Node node, PrivateKeyAccount account,
NeutrinoSettings neutrinoSettings, LeasingSettings leasingSettings, long deficitOffset = 5)
{
_neutrinoApi = new NeutrinoApi(neutrinoSettings, wavesHelper, node, account);
_wavesHelper = wavesHelper;
_neutrinoSettings = neutrinoSettings;
_leasingSettings = leasingSettings;
_deficitOffset = deficitOffset;
}
private static async Task Main(string[] args)
{
var configuration = new ConfigurationBuilder()
.SetBasePath(Directory.GetCurrentDirectory())
#if DEBUG
.AddJsonFile("appsettings.development.json", optional: true, reloadOnChange: true)
#elif RELEASE
.AddJsonFile("appsettings.json", optional: true, reloadOnChange: true)
#endif
.AddCommandLine(args)
.Build();
var settings = configuration.Get <Settings>();
var seed = args[0];
var wavesHelper = new WavesHelper(settings.NodeUrl, settings.ChainId);
var account = PrivateKeyAccount.CreateFromSeed(seed, settings.ChainId);
var node = new Node(settings.NodeUrl, settings.ChainId);
var commands = new List <Command>()
{
Command.Withdraw,
Command.TransferToAuction,
Command.ExecuteOrderLiquidation,
Command.ExecuteOrderAuction,
Command.RebalanceLeasing
};
var pacemakerService = new PacemakerService(wavesHelper, node, account, settings.NeutrinoSettings, settings.Leasing, settings.DeficitOffset);
while (true)
{
foreach (var command in commands)
{
Logger.Info($"Run command:{command}");
var sw = new Stopwatch();
sw.Start();
try
{
await RunCommand(pacemakerService, command);
}
catch (Exception ex)
{
Logger.Error(ex);
}
sw.Stop();
Logger.Info($"Commands completed in {sw.ElapsedMilliseconds/1000} seconds");
}
Logger.Info($"Wait {TimeSpan.FromSeconds(settings.TimeoutSec)} seconds");
await Task.Delay(TimeSpan.FromSeconds(settings.TimeoutSec));
}
}
public void TestAccountProperties()
{
var publicKey = "8LbAU5BSrGkpk5wbjLMNjrbc9VzN9KBBYv9X8wGpmAJT";
var privateKey = "CMLwxbMZJMztyTJ6Zkos66cgU7DybfFJfyJtTVpme54t";
var address = "3MzZCGFyuxgC4ZmtKRS7vpJTs75ZXdkbp1K";
var account = PrivateKeyAccount.CreateFromPrivateKey(privateKey, AddressEncoding.TestNet);
Assert.AreEqual(privateKey, account.PrivateKey.ToBase58());
Assert.AreEqual(publicKey, account.PublicKey.ToBase58());
Assert.AreEqual(address, account.Address);
}
public void TestAccountProperties()
{
String publicKey = "8LbAU5BSrGkpk5wbjLMNjrbc9VzN9KBBYv9X8wGpmAJT";
String privateKey = "CMLwxbMZJMztyTJ6Zkos66cgU7DybfFJfyJtTVpme54t";
String address = "3MzZCGFyuxgC4ZmtKRS7vpJTs75ZXdkbp1K";
PrivateKeyAccount account = PrivateKeyAccount.CreateFromPrivateKey(privateKey, AddressEncoding.TestNet);
CollectionAssert.AreEqual(Base58.Decode(privateKey), account.PrivateKey);
CollectionAssert.AreEqual(Base58.Decode(publicKey), account.PublicKey);
Assert.AreEqual(address, account.Address);
}
public void TestInvokeScript()
{
Http.Tracing = true;
var node = new Node(Node.TestNetChainId);
var Alice = PrivateKeyAccount.CreateFromSeed("seedAlice123", node.ChainId);
var Bob = PrivateKeyAccount.CreateFromSeed("seedBob123", node.ChainId);
var script = @"{-# STDLIB_VERSION 3 #-}
{-# CONTENT_TYPE DAPP #-}
{-# SCRIPT_TYPE ACCOUNT #-}
@Callable(inv)
func foo (a:ByteVector) = {
WriteSet([DataEntry(""a"", a),
DataEntry(""sender"", inv.caller.bytes)])
}";
var compiledScript = node.CompileScript(script);
var response = node.SetScript(Alice, compiledScript);
node.WaitForTransactionBroadcastResponseConfirmation(response);
response = node.InvokeScript(Bob, Alice.Address, "foo", new List <object> {
42L
}, null);
node.WaitForTransactionBroadcastResponseConfirmation(response);
Assert.AreEqual((long)node.GetAddressData(Alice.Address)["a"], 42L);
Assert.AreEqual(((byte[])node.GetAddressData(Alice.Address)["sender"]).ToBase58(), Bob.Address);
var dataTx = new DataTransaction(
chainId: node.ChainId,
senderPublicKey: Alice.PublicKey,
entries: new Dictionary <string, object> {
{ "a", "OOO" }
},
fee: 0.005m
).Sign(Alice);
node.BroadcastAndWait(dataTx);
Assert.AreEqual(node.GetAddressData(Alice.Address)["a"], "OOO");
response = node.SetScript(Alice, null);
node.WaitForTransactionBroadcastResponseConfirmation(response);
var scriptInfo = node.GetObject("addresses/scriptInfo/{0}", Alice.Address);
Assert.IsFalse(scriptInfo.ContainsKey("scriptText"));
}
static PrivateKeyAccount GetAccount(string seed, bool base58)
{
//var seed = Base58.Decode("2PLzSeA7TSYAehA5y1Qj1U5GZw9nQaHVLy2MbBwM6cCtqSS26hL6PrNNDg6k25kaWygaeEcX6KfzwPkNc9G1zLbF");
//var recipient = "3Mr2S13RUQzn2peQMZjf7bTrjkkUqtJaYEa";
// create account
var seedBytes = Encoding.UTF8.GetBytes(seed);
if (base58)
{
seedBytes = Base58.Decode(seed);
}
return(PrivateKeyAccount.CreateFromSeed(seedBytes, AddressEncoding.TestNet));
}
public void SmokeTest()
{
// doesn't validate transactions, just checks that all methods run to completion, no buffer overflows occur etc
PrivateKeyAccount account = PrivateKeyAccount.CreateFromPrivateKey("CMLwxbMZJMztyTJ6Zkos66cgU7DybfFJfyJtTVpme54t", AddressEncoding.TestNet);
String recipient = "3N9gDFq8tKFhBDBTQxR3zqvtpXjw5wW3syA";
String assetId = "AssetAssetAssetAssetAssetAssetAs";
String TransactionId = "TransactionTransactionTransactio";
Dump("alias", Transaction.MakeAliasTransaction(account, "daphnie", AddressEncoding.TestNet, FEE));
Dump("burn", Transaction.MakeBurnTransaction(account, assetId, AMOUNT, FEE));
Dump("issue", Transaction.MakeIssueTransaction(account, "Pure Gold", "Gold backed asset", AMOUNT, 8, true, FEE));
Dump("reissue", Transaction.MakeReissueTransaction(account, assetId, AMOUNT, false, FEE));
Dump("lease", Transaction.MakeLeaseTransaction(account, recipient, AMOUNT, FEE));
Dump("lease cancel", Transaction.MakeLeaseCancelTransaction(account, TransactionId, FEE));
Dump("xfer", Transaction.MakeTransferTransaction(account, recipient, AMOUNT, null, FEE, null, "Shut up & take my money"));
}
public void TestAccountCreation()
{
var seed = "health lazy lens fix dwarf salad breeze myself silly december endless rent faculty report beyond";
var account = PrivateKeyAccount.CreateFromSeed(seed, AddressEncoding.TestNet);
byte[] seed2 = Encoding.UTF8.GetBytes(seed);
var account2 = PrivateKeyAccount.CreateFromSeed(seed2, AddressEncoding.TestNet);
Assert.AreEqual("CMLwxbMZJMztyTJ6Zkos66cgU7DybfFJfyJtTVpme54t", account.PrivateKey.ToBase58());
Assert.AreEqual("8LbAU5BSrGkpk5wbjLMNjrbc9VzN9KBBYv9X8wGpmAJT", account.PublicKey.ToBase58());
Assert.AreEqual("3MzZCGFyuxgC4ZmtKRS7vpJTs75ZXdkbp1K", account.Address);
Assert.AreEqual("CMLwxbMZJMztyTJ6Zkos66cgU7DybfFJfyJtTVpme54t", account2.PrivateKey.ToBase58());
Assert.AreEqual("8LbAU5BSrGkpk5wbjLMNjrbc9VzN9KBBYv9X8wGpmAJT", account2.PublicKey.ToBase58());
Assert.AreEqual("3MzZCGFyuxgC4ZmtKRS7vpJTs75ZXdkbp1K", account2.Address);
}
static void Main(string[] args)
{
var node = new Node();
var data = new DictionaryObject
{
{ "test string", "Hello, 0bsNetwork!" }
};
PrivateKeyAccount Alice = PrivateKeyAccount.CreateFromSeed("test", AddressEncoding.TestNet);
var tx = new DataTransaction(node.ChainId, Alice.PublicKey, data).Sign(Alice);
Console.WriteLine("Tx size: " + tx.GetBody().Length);
Console.WriteLine("Response tx id: " + node.BroadcastAndWait(tx.GetJsonWithSignature()));
Console.ReadLine();
}
public void TestMultisig()
{
// This test works with tranfer transactions of version 2 only
var node = new Node();
var script = $@"
let aliceSigned = sigVerify(tx.bodyBytes, tx.proofs[0], base58'{Accounts.Alice.PublicKey.ToBase58()}')
let bobSigned = sigVerify(tx.bodyBytes, tx.proofs[1], base58'{Accounts.Bob.PublicKey.ToBase58()}')
aliceSigned && bobSigned";
Console.WriteLine($"Script: {script}");
var compiledScript = node.CompileScript(script);
var multiAccount = PrivateKeyAccount.CreateFromSeed(PrivateKeyAccount.GenerateSeed(), AddressEncoding.TestNet);
Console.WriteLine("Account generated: {0}", multiAccount.Address);
node.Transfer(Accounts.Alice, multiAccount.Address, Assets.WAVES, 0.1m);
Thread.Sleep(10000);
Assert.IsTrue(node.GetBalance(multiAccount.Address) == 0.1m);
var setScriptTx = new SetScriptTransaction(multiAccount.PublicKey, compiledScript, 'T');
setScriptTx.Sign(multiAccount);
node.Broadcast(setScriptTx.GetJsonWithSignature());
Thread.Sleep(10000);
var tx = new TransferTransaction(multiAccount.PublicKey, Accounts.Alice.Address, Assets.WAVES, 0.07m, 0.005m)
{
Version = 2
};
tx.Sign(Accounts.Alice, 0);
tx.Sign(Accounts.Bob, 1);
node.Broadcast(tx);
Thread.Sleep(10000);
Assert.IsTrue(node.GetBalance(multiAccount.Address) < 0.02m);
}
public void TestCreateAssetScript()
{
var node = new Node();
var tokenomicaAccount = PrivateKeyAccount.CreateFromSeed("aim property attract warfare stamp sample holiday input invest rather potato novel produce car arctic", 'T');
var script = $@"
let tokenomicaAccount = base58'{tokenomicaAccount.Address}'
let matcherAccount = tokenomicaAccount
match tx {{
case tx: BurnTransaction => tx.sender.bytes == tokenomicaAccount
case tx: ExchangeTransaction =>
tx.sender.bytes == matcherAccount
&& extract(getBoolean(Address(tokenomicaAccount), toBase58String(tx.buyOrder.sender.bytes))) # whitelist
&& extract(getBoolean(Address(tokenomicaAccount), toBase58String(tx.sellOrder.sender.bytes)))
case tx: TransferTransaction => tx.sender.bytes == tokenomicaAccount || addressFromRecipient(tx.recipient).bytes == tokenomicaAccount
case tx: MassTransferTransaction => false
case tx: ReissueTransaction => true
case _ => true # SetAssetScriptTransaction
}}";
var compiledScript = node.CompileScript(script);
var asset = node.IssueAsset(tokenomicaAccount, "ttoken", "ttoken", 1000000m, 8, true, compiledScript);
}
public void TestMultisig()
{
// This test works with transfer transactions of version 2 only
var node = new Node();
var script = $@"
let aliceSigned = sigVerify(tx.bodyBytes, tx.proofs[0], base58'{Accounts.Alice.PublicKey.ToBase58()}')
let bobSigned = sigVerify(tx.bodyBytes, tx.proofs[1], base58'{Accounts.Bob.PublicKey.ToBase58()}')
aliceSigned && bobSigned";
Console.WriteLine($"Script: {script}");
var compiledScript = node.CompileScript(script);
var multiAccount = PrivateKeyAccount.CreateFromSeed(PrivateKeyAccount.GenerateSeed(), AddressEncoding.TestNet);
Console.WriteLine("Account generated: {0}", multiAccount.Address);
var response = node.Transfer(Accounts.Alice, multiAccount.Address, Assets.ZBS, 0.1m);
node.WaitForTransactionBroadcastResponseConfirmation(response);
Assert.IsTrue(node.GetBalance(multiAccount.Address) == 0.1m);
response = node.SetScript(multiAccount, compiledScript, node.ChainId);
node.WaitForTransactionBroadcastResponseConfirmation(response);
var tx = new TransferTransaction(node.ChainId, multiAccount.PublicKey, Accounts.Alice.Address, Assets.ZBS, 0.07m, 0.005m)
{
Version = 2
};
tx.Sign(Accounts.Alice, 0);
tx.Sign(Accounts.Bob, 1);
node.BroadcastAndWait(tx);
Assert.IsTrue(node.GetBalance(multiAccount.Address) < 0.02m);
}
public void TestMassTransferToAlias()
{
var node = new Node(Node.TestNetHost);
var seed = PrivateKeyAccount.GenerateSeed();
var account = PrivateKeyAccount.CreateFromSeed(seed, 'T');
node.Transfer(Accounts.Alice, account.Address, Assets.WAVES, 0.001m);
Thread.Sleep(10000);
var alias = GenerateRandomAlias();
node.CreateAlias(account, alias, 'T');
Thread.Sleep(10000);
var amount = 0.0001m;
var balanceBefore = node.GetBalance(account.Address);
var recipients = new List <MassTransferItem>
{
new MassTransferItem(account.Address, amount),
new MassTransferItem("alias:T:" + alias, amount),
new MassTransferItem(account.Address, amount),
new MassTransferItem(account.Address, amount),
new MassTransferItem("alias:T:" + alias, amount)
};
var tx = new MassTransferTransaction(Accounts.Alice.PublicKey, Assets.WAVES, recipients);
tx.Sign(Accounts.Alice);
node.Broadcast(tx.GetJsonWithSignature());
Thread.Sleep(20000);
var balanceAfter = node.GetBalance(account.Address);
Assert.AreEqual(balanceBefore + amount * recipients.Count, balanceAfter);
}
public void TestWavesSpendingUserAccountScript()
{
var node = new Node();
var tokenomicaSeed = "aim property attract warfare stamp sample holiday input invest rather potato novel produce car arctic"; //3N6GrCERRyWw9k9siP9iPbqNV9q86jnbrYY
var tokenomicaAccount = PrivateKeyAccount.CreateFromSeed(tokenomicaSeed, AddressEncoding.TestNet);
var data = new DictionaryObject
{
{ "limit", 200000001L }
};
var dataTx = new DataTransaction(userAccount.PublicKey, data, 0.005m).Sign(tokenomicaAccount);
node.Broadcast(dataTx.GetJsonWithSignature());
var wavesTransferTx = new TransferTransaction(userAccount.PublicKey, Alice.Address, Assets.WAVES, 0.01m, 0.005m).Sign(userAccount);
wavesTransferTx.Version = 2;
node.Broadcast(wavesTransferTx.GetJsonWithSignature());
}
public void TestSmoke()
{
// doesn't validate transactions, just checks that all methods run to completion, no buffer overflows occur etc
var account = PrivateKeyAccount.CreateFromPrivateKey("CMLwxbMZJMztyTJ6Zkos66cgU7DybfFJfyJtTVpme54t", AddressEncoding.TestNet);
var recipient = "3N9gDFq8tKFhBDBTQxR3zqvtpXjw5wW3syA";
var asset = Assets.MONERO;
var transactionId = "TransactionTransactionTransactio";
var recipients = new List <MassTransferItem>
{
new MassTransferItem(recipient, Amount),
new MassTransferItem(recipient, Amount)
};
Dump("alias", new AliasTransaction(account.PublicKey, "daphnie", AddressEncoding.TestNet, Fee));
Dump("burn", new BurnTransaction(AddressEncoding.TestNet, account.PublicKey, asset, Amount, Fee));
Dump("issue", new IssueTransaction(account.PublicKey, "Pure Gold", "Gold backed asset", Amount, 8, true, 'T', Fee));
Dump("reissue", new ReissueTransaction(AddressEncoding.TestNet, account.PublicKey, asset, Amount, false, Fee));
Dump("lease", new LeaseTransaction(AddressEncoding.TestNet, account.PublicKey, recipient, Amount, Fee));
Dump("lease cancel", new CancelLeasingTransaction(AddressEncoding.TestNet, account.PublicKey, transactionId, Fee));
Dump("xfer", new TransferTransaction(AddressEncoding.TestNet, account.PublicKey, recipient, asset, Amount, "Shut up & take my money"));
Dump("massxfer", new MassTransferTransaction(AddressEncoding.TestNet, account.PublicKey, asset, recipients, "Shut up & take my money", Fee));
}
public void SmokeTest()
{
// change privatekey
var account = PrivateKeyAccount.CreateFromPrivateKey("CMLwxbMZJMztyTJ6Zkos66cgU7DybfFJfyJtTVpme54t", AddressEncoding.MainNet);
var recipient = "3JySFi8GBmrZM2hg4wADKx6GTJ6gNoMz2vT";
var asset = Assets.TN;
var transactionId = "TransactionTransactionTransactio";
var recipients = new List <MassTransferItem>
{
new MassTransferItem(recipient, AMOUNT),
new MassTransferItem(recipient, AMOUNT)
};
Dump("alias", new AliasTransaction(account.PublicKey, "daphnie", AddressEncoding.TestNet, FEE));
Dump("burn", new BurnTransaction(account.PublicKey, asset, AMOUNT, FEE));
Dump("issue", new IssueTransaction(account.PublicKey, "Pure Gold", "Gold backed asset", AMOUNT, 8, true, FEE));
Dump("reissue", new ReissueTransaction(account.PublicKey, asset, AMOUNT, false, FEE));
Dump("lease", new LeaseTransaction(account.PublicKey, recipient, AMOUNT, FEE));
Dump("lease cancel", new CancelLeasingTransaction(account.PublicKey, transactionId, FEE));
Dump("xfer", new TransferTransaction(account.PublicKey, recipient, asset, AMOUNT, "Shut up & take my money"));
Dump("massxfer", new MassTransferTransaction(account.PublicKey, asset, recipients, "Shut up & take my money", FEE));
}
public void TestMassTransferToAlias()
{
var node = new Node(Node.TestNetChainId);
var seed = PrivateKeyAccount.GenerateSeed();
var account = PrivateKeyAccount.CreateFromSeed(seed, 'T');
var response = node.Transfer(Accounts.Alice, account.Address, Assets.BCT, 0.001m);
node.WaitTransactionConfirmationByResponse(response);
var alias = GenerateRandomAlias();
response = node.CreateAlias(account, alias, 'T');
node.WaitTransactionConfirmationByResponse(response);
var amount = 0.0001m;
var balanceBefore = node.GetBalance(account.Address);
var recipients = new List <MassTransferItem>
{
new MassTransferItem(account.Address, amount),
new MassTransferItem("alias:T:" + alias, amount),
new MassTransferItem(account.Address, amount),
new MassTransferItem(account.Address, amount),
new MassTransferItem("alias:T:" + alias, amount)
};
var tx = new MassTransferTransaction(node.ChainId, Accounts.Alice.PublicKey, Assets.BCT, recipients);
tx.Sign(Accounts.Alice);
node.BroadcastAndWait(tx.GetJsonWithSignature());
var balanceAfter = node.GetBalance(account.Address);
Assert.AreEqual(balanceBefore + amount * recipients.Count, balanceAfter);
}
public void TestErrorMessage()
{
var node = new Node(Node.TestNetChainId);
var account = PrivateKeyAccount.CreateFromSeed(PrivateKeyAccount.GenerateSeed(), node.ChainId);
var transferTxResponse = node.Transfer(Accounts.Alice, account.Address, Assets.WAVES, 0.02m);
node.WaitTransactionConfirmationByResponse(transferTxResponse);
var script = @"{-# STDLIB_VERSION 3 #-}
{-# CONTENT_TYPE DAPP #-}
{-# SCRIPT_TYPE ACCOUNT #-}
@Verifier(tx)
func verify() = {
match tx {
case d: SetScriptTransaction | DataTransaction => true
case _ => false
}
}";
var compiledScript = node.CompileCode(script);
var setScriptTxResponse = node.SetScript(account, compiledScript);
node.WaitTransactionConfirmationByResponse(setScriptTxResponse);
try
{
node.Transfer(account, account.Address, Assets.WAVES, 0.00000001m, 0.005m);
}
catch (Exception e)
{
Console.WriteLine($"Error: {e.Message}");
Assert.AreEqual(e.Message, "Transaction is not allowed by account-script");
}
}
public AtomicSwap(string senderPrivateKey, string receiverPrivateKey, string secret)
{
SenderAccount = PrivateKeyAccount.CreateFromPrivateKey(senderPrivateKey, AddressEncoding.TestNet);
ReceiverAccount = PrivateKeyAccount.CreateFromPrivateKey(receiverPrivateKey, AddressEncoding.TestNet);
Secret = secret;
}
public void TestTransactionSerialize()
{
var node = new Node("http://*****:*****@"{-# STDLIB_VERSION 4 #-}
{-# CONTENT_TYPE DAPP #-}
{-# SCRIPT_TYPE ACCOUNT #-}
@Callable(i)
func parseTxBytes(txBytes : ByteVector) = {
let tx = transactionFromBytes(txBytes)
let key = match(tx) {
case t : IssueTransaction => ""3""
case t : TransferTransaction => ""4""
case t : ReissueTransaction => ""5""
case t : BurnTransaction => ""6""
case t : ExchangeTransaction => ""7""
case t : LeaseTransaction => ""8""
case t : LeaseCancelTransaction => ""9""
case t : CreateAliasTransaction => ""10""
case t : MassTransferTransaction => ""11""
case t : DataTransaction => ""12""
case t : SetScriptTransaction => ""13""
case t : SponsorFeeTransaction => ""14""
case t : SetAssetScriptTransaction => ""15""
# case t : InvokeScriptTransaction => ""16""
case _ => throw(""incorrect tx"")
}
WriteSet([
DataEntry(key + ""_V"" + toString(extract(tx).version), toBase58String(extract(tx).id))
])
}";
var compiledScript = node.CompileCode(script);
var account = PrivateKeyAccount.CreateFromSeed("seedddd1234", node.ChainId);
node.SetScript(account, compiledScript);
var txList = new List <Transaction>
{
new IssueTransaction(account.PublicKey, "1234", "dcvbh54tre", 123m, 3, false, node.ChainId, 2m, node.CompileCode("false"))
{
Version = 1
}.Sign(account),
new TransferTransaction(node.ChainId, account.PublicKey, account.Address, new Asset("FTQvw9zdYirRksUFCKDvor3hiu2NiUjXEPTDEcircqti", "", 4), 1234m, "1234567o")
{
Version = 1
}.Sign(account),
new ReissueTransaction(node.ChainId, account.PublicKey, new Asset("FTQvw9zdYirRksUFCKDvor3hiu2NiUjXEPTDEcircqti", "", 4), 1234m, true, 2m)
{
Version = 1
}.Sign(account),
new BurnTransaction(node.ChainId, account.PublicKey, new Asset("FTQvw9zdYirRksUFCKDvor3hiu2NiUjXEPTDEcircqti", "", 4), 1m)
{
Version = 1
}.Sign(account),
new ExchangeTransaction(node.ChainId, account.PublicKey, 1m, 1m, 1m, Assets.BCT, Assets.BTC, new Order(OrderSide.Buy, 1m, 100m, 12345L.ToDate(), Assets.BCT, Assets.BTC, account.PublicKey, account.PublicKey, 123445455L.ToDate(), 124m, account.Address), new Order(OrderSide.Sell, 1m, 100m, 12345L.ToDate(), Assets.BCT, Assets.BTC, account.PublicKey, account.PublicKey, 1234454L.ToDate(), 124m, account.Address), 100m, 43m, 123456L.ToDate())
{
Version = 1
}.Sign(account),
new LeaseTransaction(node.ChainId, account.PublicKey, account.Address, 100m)
{
Version = 1
}.Sign(account),
new CancelLeasingTransaction(node.ChainId, account.PublicKey, "FTQvw9zdYirRksUFCKDvor3hiu2NiUjXEPTDEcircqti")
{
Version = 1
}.Sign(account),
new AliasTransaction(account.PublicKey, "buba", node.ChainId)
{
Version = 1
}.Sign(account),
// without proofs
new IssueTransaction(account.PublicKey, "1234", "dcvbh54tre", 123m, 3, false, node.ChainId, 2m, node.CompileCode("false")),
new TransferTransaction(node.ChainId, account.PublicKey, account.Address, new Asset("FTQvw9zdYirRksUFCKDvor3hiu2NiUjXEPTDEcircqti", "", 4), 1234m, "1234567o"),
new ReissueTransaction(node.ChainId, account.PublicKey, new Asset("FTQvw9zdYirRksUFCKDvor3hiu2NiUjXEPTDEcircqti", "", 4), 1234m, true, 2m),
new BurnTransaction(node.ChainId, account.PublicKey, new Asset("FTQvw9zdYirRksUFCKDvor3hiu2NiUjXEPTDEcircqti", "", 4), 1m),
new ExchangeTransaction(node.ChainId, account.PublicKey, 1m, 1m, 1m, Assets.BCT, Assets.BTC, new Order(OrderSide.Buy, 1m, 100m, 12345L.ToDate(), Assets.BCT, Assets.BTC, account.PublicKey, account.PublicKey, 123445455L.ToDate(), 124m, account.Address), new Order(OrderSide.Sell, 1m, 100m, 12345L.ToDate(), Assets.BCT, Assets.BTC, account.PublicKey, account.PublicKey, 1234454L.ToDate(), 124m, account.Address), 100m, 43m, 123456L.ToDate()),
new LeaseTransaction(node.ChainId, account.PublicKey, account.Address, 100m),
new CancelLeasingTransaction(node.ChainId, account.PublicKey, "FTQvw9zdYirRksUFCKDvor3hiu2NiUjXEPTDEcircqti"),
new AliasTransaction(account.PublicKey, "buba", node.ChainId),
new MassTransferTransaction(node.ChainId, account.PublicKey, new Asset("FTQvw9zdYirRksUFCKDvor3hiu2NiUjXEPTDEcircqti", "", 4), new List <MassTransferItem> {
new MassTransferItem(account.Address, 1m)
}, "hello"),
new DataTransaction(node.ChainId, account.PublicKey, new Dictionary <string, object>()),
new SetScriptTransaction(account.PublicKey, node.CompileCode("true"), node.ChainId),
new SponsoredFeeTransaction(node.ChainId, account.PublicKey, new Asset("FTQvw9zdYirRksUFCKDvor3hiu2NiUjXEPTDEcircqti", "", 4), 1m),
new SetAssetScriptTransaction(node.ChainId, account.PublicKey, new Asset("FTQvw9zdYirRksUFCKDvor3hiu2NiUjXEPTDEcircqti", "", 4), node.CompileCode("true")),
new InvokeScriptTransaction(node.ChainId, account.PublicKey, account.Address, "wertyu", new List <object> {
42L
}, null, 0.005m, Assets.BCT),
// with proofs
new IssueTransaction(account.PublicKey, "1234", "dcvbh54tre", 123m, 3, false, node.ChainId, 2m, node.CompileCode("false")).Sign(account).Sign(account, 1),
new TransferTransaction(node.ChainId, account.PublicKey, account.Address, new Asset("FTQvw9zdYirRksUFCKDvor3hiu2NiUjXEPTDEcircqti", "", 4), 1234m, "1234567o").Sign(account),
new ReissueTransaction(node.ChainId, account.PublicKey, new Asset("FTQvw9zdYirRksUFCKDvor3hiu2NiUjXEPTDEcircqti", "", 4), 1234m, true, 2m).Sign(account),
new BurnTransaction(node.ChainId, account.PublicKey, new Asset("FTQvw9zdYirRksUFCKDvor3hiu2NiUjXEPTDEcircqti", "", 4), 1m).Sign(account),
new ExchangeTransaction(node.ChainId, account.PublicKey, 1m, 1m, 1m, Assets.BCT, Assets.BTC, new Order(OrderSide.Buy, 1m, 100m, 12345L.ToDate(), Assets.BCT, Assets.BTC, account.PublicKey, account.PublicKey, 123445455L.ToDate(), 124m, account.Address), new Order(OrderSide.Sell, 1m, 100m, 12345L.ToDate(), Assets.BCT, Assets.BTC, account.PublicKey, account.PublicKey, 1234454L.ToDate(), 124m, account.Address), 100m, 43m, 123456L.ToDate()).Sign(account),
new LeaseTransaction(node.ChainId, account.PublicKey, account.Address, 100m).Sign(account),
new CancelLeasingTransaction(node.ChainId, account.PublicKey, "FTQvw9zdYirRksUFCKDvor3hiu2NiUjXEPTDEcircqti").Sign(account),
new AliasTransaction(account.PublicKey, "buba", node.ChainId).Sign(account),
new MassTransferTransaction(node.ChainId, account.PublicKey, new Asset("FTQvw9zdYirRksUFCKDvor3hiu2NiUjXEPTDEcircqti", "", 4), new List <MassTransferItem> {
new MassTransferItem(account.Address, 1m)
}, "hello").Sign(account),
new DataTransaction(node.ChainId, account.PublicKey, new Dictionary <string, object>()).Sign(account),
new SetScriptTransaction(account.PublicKey, node.CompileCode("true"), node.ChainId).Sign(account),
new SponsoredFeeTransaction(node.ChainId, account.PublicKey, new Asset("FTQvw9zdYirRksUFCKDvor3hiu2NiUjXEPTDEcircqti", "", 4), 1m).Sign(account),
new SetAssetScriptTransaction(node.ChainId, account.PublicKey, new Asset("FTQvw9zdYirRksUFCKDvor3hiu2NiUjXEPTDEcircqti", "", 4), node.CompileCode("true")).Sign(account),
new InvokeScriptTransaction(node.ChainId, account.PublicKey, account.Address, "wertyu", new List <object> {
42L
}, null, 0.005m, Assets.BCT).Sign(account)
};
foreach (var tx in txList)
{
var bytes = tx.GetBytes();
var response = node.InvokeScript(account, account.Address, "parseTxBytes", new List <object> {
bytes
}, null, 0.009m, Assets.BCT);
node.WaitTransactionConfirmation(response);
var type = tx.GetJson().GetByte("type").ToString();
Assert.AreEqual(node.GetAddressData(account.Address)[type], tx.GenerateId());
}
}
private static async Task Main(string[] args)
{
var configuration = new ConfigurationBuilder()
.SetBasePath(Directory.GetCurrentDirectory())
#if DEBUG
.AddJsonFile("appsettings.development.json", optional: true, reloadOnChange: true)
#elif RELEASE
.AddJsonFile("appsettings.json", optional: true, reloadOnChange: true)
#endif
.AddCommandLine(args)
.Build();
var settings = configuration.Get <Settings>();
var seed = args[0];
var wavesHelper = new WavesHelper(settings.NodeUrl, settings.ChainId);
var account = PrivateKeyAccount.CreateFromSeed(seed, settings.ChainId);
var node = new Node(settings.NodeUrl, settings.ChainId);
var contractPubKey = Base58.Decode((settings.ContractPubKey));
var contractAddress = AddressEncoding.GetAddressFromPublicKey(contractPubKey, settings.ChainId);
while (true)
{
try
{
var height = await wavesHelper.GetHeight();
Logger.Info("New height: " + height);
Logger.Info("Init");
var neutrinoContractData = AccountDataConverter.ToNeutrinoAccountData(
await wavesHelper.GetDataByAddress(contractAddress));
var controlContractData = AccountDataConverter.ToControlAccountData(
await wavesHelper.GetDataByAddress(neutrinoContractData.ControlContractAddress));
var auctionControlData = AccountDataConverter.ToAuctionAccountData(
await wavesHelper.GetDataByAddress(neutrinoContractData.AuctionContractAddress));
var liquidationControlData = AccountDataConverter.ToLiquidationAccountData(
await wavesHelper.GetDataByAddress(neutrinoContractData.LiquidationContractAddress));
var totalNeutrinoSupply = await wavesHelper.GetTotalSupply(neutrinoContractData.NeutrinoAssetId);
var neutrinoBalance = await wavesHelper.GetBalance(contractAddress, neutrinoContractData.NeutrinoAssetId);
var wavesBalance = await wavesHelper.GetBalance(contractAddress);
Logger.Info($"Price:{controlContractData.Price}");
var neutrinoContractBalance = await wavesHelper.GetDetailsBalance(contractAddress);
var addresses = new List <string>();
if (neutrinoContractData.BalanceLockNeutrinoByUser != null)
{
addresses.AddRange(neutrinoContractData.BalanceLockNeutrinoByUser.Where(x => x.Value > 0).Select(x => x.Key));
}
if (neutrinoContractData.BalanceLockWavesByUser != null)
{
addresses.AddRange(neutrinoContractData.BalanceLockWavesByUser?.Where(x => x.Value > 0).Select(x => x.Key));
}
long totalWithdraw = 0;
foreach (var address in addresses)
{
var withdrawBlock = neutrinoContractData.BalanceUnlockBlockByAddress.GetValueOrDefault(address);
if (height < withdrawBlock)
{
continue;
}
var indexes = controlContractData.PriceHeightByIndex.Where(x => x.Value >= withdrawBlock).ToList();
if (!indexes.Any())
{
continue;
}
var indexString = indexes.Min(x => x.Key);
var index = Convert.ToInt64(indexString);
var heightByIndex = controlContractData.PriceHeightByIndex[indexString];
var priceByHeight = controlContractData.PriceByHeight[Convert.ToString(heightByIndex)];
var withdrawNeutrinoAmount = neutrinoContractData.BalanceLockNeutrinoByUser.GetValueOrDefault(address);
if (withdrawNeutrinoAmount > 0)
{
var availableBalance = neutrinoContractBalance.Available - totalWithdraw;
var wavesAmount = CurrencyConvert.NeutrinoToWaves(withdrawNeutrinoAmount, priceByHeight);
if (wavesAmount > availableBalance)
{
if (!settings.Leasing.IsLeasingProvider)
{
continue;
}
var totalLeasingCancelAmount = 0L;
var activeLeaseTxs = await wavesHelper.GetActiveLease(settings.Leasing.NodeAddress);
foreach (var leasingTx in activeLeaseTxs.OrderBy(x => x.Amount))
{
if (totalLeasingCancelAmount >= wavesAmount)
{
break;
}
totalLeasingCancelAmount += leasingTx.Amount;
var cancelLease = new CancelLeasingTransaction(settings.ChainId, contractPubKey, leasingTx.Id, 0.005m);
cancelLease.Sign(account);
// shit code. Bug in wavesCs
var json = JObject.Parse(cancelLease.GetJsonWithSignature().ToJson());
json.Add("proofs", new JArray {
cancelLease.Proofs.Take(Array.FindLastIndex(cancelLease.Proofs, p => p != null && p.Length > 0) + 1)
.Select(p => p == null ? "" : p.ToBase58())
.ToArray()
});
json.Add("version", 2);
json.Add("chainId", settings.ChainId);
var id = await wavesHelper.WaitTxAndGetId(await wavesHelper.Broadcast(json.ToString()));
Logger.Info($"Cancel lease tx:{id} (LeaseId:{cancelLease.LeaseId})");
}
}
totalWithdraw += wavesAmount;
}
var withdrawTx = node.InvokeScript(account, contractAddress, "withdraw",
new List <object>()
{
address, index
});
var txId = await wavesHelper.WaitTxAndGetId(withdrawTx);
Logger.Info($"Withdraw tx id:{txId} (Address:{address})");
}
if (settings.Leasing.IsLeasingProvider)
{
var leasingAmountForOneTxInWavelet = settings.Leasing.LeasingAmountForOneTx * CurrencyConvert.Wavelet;
var minWaves = Convert.ToInt64((neutrinoContractBalance.Regular - totalWithdraw) / 100 * (100 - settings.Leasing.LeasingSharePercent));
var availableBalance = neutrinoContractBalance.Available - totalWithdraw;
var neededAmount = minWaves - availableBalance;
var activeLeaseTxs = await wavesHelper.GetActiveLease(settings.Leasing.NodeAddress);
var totalLeasingCancelAmount = 0L;
if (neededAmount > leasingAmountForOneTxInWavelet)
{
foreach (var leasingTx in activeLeaseTxs.OrderBy(x => x.Amount).Where(x => x.Sender == contractAddress))
{
if (totalLeasingCancelAmount >= neededAmount)
{
break;
}
totalLeasingCancelAmount += leasingTx.Amount;
var cancelLease = new CancelLeasingTransaction(settings.ChainId, contractPubKey,
leasingTx.Id, 0.005m);
cancelLease.Sign(account);
// shit code. Bug in wavesCs
var json = JObject.Parse(cancelLease.GetJsonWithSignature().ToJson());
json.Add("proofs", new JArray
{
cancelLease.Proofs
.Take(Array.FindLastIndex(cancelLease.Proofs, p => p != null && p.Length > 0) +
1)
.Select(p => p == null ? "" : p.ToBase58())
.ToArray()
});
json.Add("version", 2);
json.Add("chainId", settings.ChainId);
var id = await wavesHelper.WaitTxAndGetId(await wavesHelper.Broadcast(json.ToString()));
Logger.Info($"Cancel lease tx:{id} (LeaseId:{cancelLease.LeaseId})");
}
}
var expectedLeasingBalance = Convert.ToInt64((neutrinoContractBalance.Regular - totalWithdraw) / 100 * settings.Leasing.LeasingSharePercent);
var leasingBalance = neutrinoContractBalance.Regular - neutrinoContractBalance.Available;
var neededLeaseTx = expectedLeasingBalance - leasingBalance;
while (neededLeaseTx >= leasingAmountForOneTxInWavelet)
{
neededLeaseTx -= leasingAmountForOneTxInWavelet;
var leaseTx = new LeaseTransaction(settings.ChainId, contractPubKey, settings.Leasing.NodeAddress, settings.Leasing.LeasingAmountForOneTx, 0.005m);
leaseTx.Sign(account);
// shit code. Bug in wavesCs
var json = JObject.Parse(leaseTx.GetJsonWithSignature().ToJson());
json.Add("proofs", new JArray {
leaseTx.Proofs.Take(Array.FindLastIndex(leaseTx.Proofs, p => p != null && p.Length > 0) + 1)
.Select(p => p == null ? "" : p.ToBase58())
.ToArray()
});
json.Add("version", 2);
var id = await wavesHelper.WaitTxAndGetId(await wavesHelper.Broadcast(json.ToString()));
Logger.Info($"Lease tx:{id}");
}
}
var supply = totalNeutrinoSupply - neutrinoBalance + neutrinoContractData.BalanceLockNeutrino;
var reserve = wavesBalance - neutrinoContractData.BalanceLockWaves;
Logger.Info($"Supply:{supply}");
Logger.Info($"Reserve:{reserve}");
var bondAuctionBalance = await wavesHelper.GetBalance(neutrinoContractData.AuctionContractAddress,
neutrinoContractData.BondAssetId);
var deficit = CurrencyConvert.NeutrinoToBond(supply - CurrencyConvert.WavesToNeutrino(reserve, controlContractData.Price));
var liquidationContractBalance = CurrencyConvert.NeutrinoToBond(await wavesHelper.GetBalance(neutrinoContractData.LiquidationContractAddress, neutrinoContractData.NeutrinoAssetId));
Logger.Info($"Deficit:{deficit}");
Logger.Info($"BondBalance:{bondAuctionBalance}");
if ((deficit > 0 && deficit - bondAuctionBalance >= CurrencyConvert.NeutrinoToBond(supply) * DeficitOffset / 100) || (deficit * -1) - liquidationContractBalance > 0)
{
Logger.Info("Transfer to auction");
var generateBondTx = node.InvokeScript(account, contractAddress,
"transferToAuction", null);
var txId = await wavesHelper.WaitTxAndGetId(generateBondTx);
Logger.Info($"Transfer to auction tx id:{txId}");
}
var surplusWithoutLiquidation = CurrencyConvert.NeutrinoToBond(CurrencyConvert.WavesToNeutrino(reserve, controlContractData.Price) - supply - CurrencyConvert.BondToNeutrino(liquidationContractBalance));
if (surplusWithoutLiquidation > 0 && liquidationContractBalance > 0 && !string.IsNullOrEmpty(liquidationControlData.Orderbook))
{
Logger.Info("Execute order for liquidation");
var orders = liquidationControlData.Orderbook.Split("_");
long totalExecute = 0;
var surplus = Math.Abs(deficit);
foreach (var order in orders.Where(x => !string.IsNullOrEmpty(x)))
{
var total = liquidationControlData.TotalByOrder[order];
var totalFilled = liquidationControlData.FilledTotalByOrder?.GetValueOrDefault(order) ?? 0;
var amount = total - totalFilled;
if (totalExecute >= surplus)
{
break;
}
totalExecute += amount;
var exTx = node.InvokeScript(account, neutrinoContractData.LiquidationContractAddress, "liquidateBond",
null);
var txId = await wavesHelper.WaitTxAndGetId(exTx);
Logger.Info($"Execute order tx id:{txId}");
}
}
else if (surplusWithoutLiquidation <= 0 && liquidationContractBalance > 0)
{
var exTx = node.InvokeScript(account, neutrinoContractData.LiquidationContractAddress,
"liquidateBond",
null);
var txId = await wavesHelper.WaitTxAndGetId(exTx);
Logger.Info($"Execute order tx id:{txId}");
}
else if (deficit > 0 && bondAuctionBalance > 0 && !string.IsNullOrEmpty(auctionControlData.Orderbook))
{
Logger.Info("Execute order for auction");
var orders = auctionControlData.Orderbook.Split("_");
long totalExecute = 0;
foreach (var order in orders.Where(x => !string.IsNullOrEmpty(x)))
{
var total = auctionControlData.TotalByOrder[order];
var totalFilled = auctionControlData.FilledTotalByOrder?.GetValueOrDefault(order) ?? 0;
var amount = CurrencyConvert.NeutrinoToBond(total - totalFilled) * 100 / auctionControlData.PriceByOrder[order];
if (totalExecute >= deficit)
{
break;
}
totalExecute += amount;
var exTx = node.InvokeScript(account, neutrinoContractData.AuctionContractAddress,
"sellBond", null);
var exTxId = await wavesHelper.WaitTxAndGetId(exTx);
Logger.Info($"Execute order tx id:{exTxId}");
}
}
}
catch (Exception ex)
{
Logger.Error(ex);
}
await Task.Delay(TimeSpan.FromSeconds(settings.TimeoutSec));
}
}
public string getDate()
{
PrivateKeyAccount privateKeyAccount = new PrivateKeyAccount(seed, 'U', 0);
return(node.Alias(privateKeyAccount, "fierymaria", 'U', fee));
}
