private static async Task DeployContract(IClient client)
{
// General API has SendTransactionAsync
var generalApi = new GeneralApi(client);
// Create entry
var sources = new[] { File.ReadAllText(Filename) };
var dependencies = new[] { "Miyabi.Binary.Models", "Miyabi.Asset.Models" };
var instantiators = new[] { new PublicKeyAddress(Utils.GetOwnerKeyPair().PublicKey) };
var entry = new ContractDeploy(sources, dependencies, instantiators);
// Create transaction
var tx = TransactionCreator.CreateTransaction(
new[] { entry },
new[] { new SignatureCredential(Utils.GetContractAdminKeyPair().PublicKey) });
// Sign transaction. To deploy a smart contract, contract admin private key is
// required
var txSigned = TransactionCreator.SignTransaction(
tx,
new[] { Utils.GetContractAdminKeyPair().PrivateKey });
// Send transaction
await generalApi.SendTransactionAsync(txSigned);
// Wait until the transaction is stored in a block and get the result
var result = await Utils.WaitTx(generalApi, tx.Id);
Console.WriteLine($"txid={tx.Id}, result={result}");
}
private static async Task InstantiateContract(IClient client)
{
var generalApi = new GeneralApi(client);
// Create gen entry
var arguments = new[] { "dummy" };
var entry = new ContractInstantiate(s_AssemblyId, ContractName, InstanceName, arguments);
// Create signed transaction with builder. To generate instantiate contract,
// table admin and contract owner private key is required.
var txSigned = TransactionCreator.CreateTransactionBuilder(
new [] { entry },
new []
{
new SignatureCredential(Utils.GetTableAdminKeyPair().PublicKey),
new SignatureCredential(Utils.GetOwnerKeyPair().PublicKey)
})
.Sign(Utils.GetTableAdminKeyPair().PrivateKey)
.Sign(Utils.GetOwnerKeyPair().PrivateKey)
.Build();
await generalApi.SendTransactionAsync(txSigned);
var result = await Utils.WaitTx(generalApi, txSigned.Id);
Console.WriteLine($"txid={txSigned.Id}, result={result}");
}
/// <summary>
/// Send Asset Method
/// </summary>
/// <param name="client"></param>
/// <returns>tx.Id</returns>
public async Task <Tuple <string, string> > Send(Address myaddress, Address opponetaddress, decimal amount)
{
var client = SetClient();
var generalApi = new GeneralApi(client);
var from = myaddress;
var to = opponetaddress;
System.Diagnostics.Debug.WriteLine(myaddress);
System.Diagnostics.Debug.WriteLine(opponetaddress);
System.Diagnostics.Debug.WriteLine(amount);
var privatekey = new[] { PrivateKey.Parse("263b6a4606168f64aca7c5ac1640ecb52a36142b0d96b07cb520de2eb4d237e5") };
System.Diagnostics.Debug.WriteLine(PrivateKey.Parse("263b6a4606168f64aca7c5ac1640ecb52a36142b0d96b07cb520de2eb4d237e5"));
// enter the send amount
var moveCoin = new AssetMove(TableName, amount, from, to);
System.Diagnostics.Debug.WriteLine(moveCoin);
var move = new ITransactionEntry[] { moveCoin };
System.Diagnostics.Debug.WriteLine(move);
Transaction tx = TransactionCreator.SimpleSignedTransaction(moveCoin, privatekey);
await this.SendTransaction(tx);
var result = await Utils.WaitTx(generalApi, tx.Id);
return(new Tuple <string, string>(tx.Id.ToString(), result));
}
//participantlist
//:03c898153e55c32627422466a83ed40b9233c1583023dafa179a4f2a4804306574
//:027774dc46331602d9cc57da74bfce060d636238f9a0d06f5818ac44800c584538
//:0390fe3ec4769770ee89da70c72a6ebb7449e6e16cfdf973d9350bb9dd587773f1 //beneficiary
//:02c31e96cfb1497e3312c28669bbb25bf32a9c28f1cd64a697bbc17ab57ed9e434 //beneficiary (2nd)
//:03bdfe20157b5aeab5a6c47bf5abe887147fd7fff3ae7d9cd54186c8822711bf4c
//:03f9e61ae23c85a6eb6b9260591d1793a4d0c2f0970b2d93fbc4434044a9880a4d
private static async Task InvokeContract(IClient client)
{
string argument = "0338f9e2e7ad512fe039adaa509f7b555fb88719144945bd94f58887d8d54fed78";
var generalApi = new GeneralApi(client);
// Create gen entry
var entry = new ContractInvoke(s_AssemblyId, ContractName, InstanceName, "vote", new[] { argument });
// Create signed transaction with builder. To invoke a smart contract,
// contract owner's private key is required.
var txSigned = TransactionCreator.CreateTransactionBuilder(
new [] { entry },
new []
{
new SignatureCredential(Utils.GetContractuser5KeyPair().PublicKey)
})
.Sign(Utils.GetContractuser5KeyPair().PrivateKey)
.Build();
await generalApi.SendTransactionAsync(txSigned);
var result = await Utils.WaitTx(generalApi, txSigned.Id);
Console.WriteLine($"txid={txSigned.Id}, result={result}");
}
public async Task Send(decimal amount, Address to)
{
var from = GetAddress();
var moveCoin = new AssetMove("CookiePoint", amount, from, to);
var tx = TransactionCreator.SimpleSignedTransaction(
new ITransactionEntry[] { moveCoin },
new [] { _keyPair.PrivateKey });
await _transactionService.SendTransaction(tx);
}
/**
* Mint asset to Alice address
*/
async Task <string> GenerateAsset()
{
var aliceAddress = _aliceWallet.GetAddress();
var generateAsset = new AssetGen(TOKEN_NAME, 1000000m, aliceAddress);
var memo = new MemoEntry(new[] { "Generate 1000000m CookiePoints." });
var tx = TransactionCreator.SimpleSignedTransaction(
new ITransactionEntry[] { generateAsset, memo },
new[] { _aliceWallet.GetPrivateKey() });
await _transactionService.SendTransaction(tx);
return(tx.Id.ToString());
}
/// <summary>
/// Generation Asset
/// </summary>
/// <param name="client"></param>
/// <returns>tx.Id</returns>
public static async Task <string> Assetgenerate(IClient client)
{
//Asset infomation
var generateAsset = new AssetGen(TableName, 1000000m,
new PublicKeyAddress(Utils.GetUser0KeyPair().PublicKey));
var tx = TransactionCreator.SimpleSignedTransaction(
new ITransactionEntry[] { generateAsset },
new[] { Utils.GetOwnerKeyPair().PrivateKey });
await SendTransaction(tx);
return(tx.Id.ToString());;
}
/// <summary>
/// Make NFT Table Method
/// </summary>
/// <param name="client"></param>
/// <returns>tx.Id</returns>
private static async Task <string> CreateNFTTable(IClient client)
{
//Get PublicKey from Utils's GetOwnerKeyPair()
var tableownerAddress = new PublicKeyAddress(Utils.GetOwnerKeyPair().PublicKey);
var assetTable = new CreateTable(new NFTTableDescriptor(
TableName, false, false, new[] { tableownerAddress }));
//var memo = new MemoEntry(new[] { "NFT_TEST" });
var tx = TransactionCreator.SimpleSignedTransaction(
new ITransactionEntry[] { assetTable },
new[] { Utils.GetTableAdminKeyPair().PrivateKey });
await SendTransaction(tx);
return(tx.Id.ToString());
}
/// <summary>
/// Send Asset Method
/// </summary>
/// <param name="client"></param>
/// <returns>tx.Id</returns>
public static async Task <string> Send(IClient client)
{
var from = new PublicKeyAddress(Utils.GetUser0KeyPair());
var to = new PublicKeyAddress(Utils.GetUser1KeyPair());
var amount = Inputjudgement();
var moveCoin = new AssetMove(TableName, amount, from, to);
var tx = TransactionCreator.SimpleSignedTransaction(
new ITransactionEntry[] { moveCoin },
new [] { Utils.GetUser0KeyPair().PrivateKey });
await SendTransaction(tx);
return(tx.Id.ToString());
}
/// <summary>
/// Generation NFT
/// </summary>
/// <param name="client"></param>
/// <returns>tx.Id</returns>
public static async Task <string> NFTgenerate(IClient client)
{
//Asset infomation
Console.WriteLine("Please Types NFT TokenID");
string Tokenid = Console.ReadLine();
var generateNFT = new NFTAdd(TableName, Tokenid,
new PublicKeyAddress(Utils.GetUser0KeyPair().PublicKey));
var tx = TransactionCreator.SimpleSignedTransaction(
new ITransactionEntry[] { generateNFT },
new[] { Utils.GetOwnerKeyPair().PrivateKey });
await SendTransaction(tx);
return(tx.Id.ToString());;
}
/**
* Create the Asset table for Alice.
*/
async Task <string> CreateTable()
{
var aliceAddress = _aliceWallet.GetAddress();
// Create a new asset table with alice's address set as a owner.
// A Table admin key is required to send this transaction.
var assetTable = new CreateTable(new AssetTableDescriptor(
TOKEN_NAME, false, false, new[] { aliceAddress }));
var memo = new MemoEntry(new[] { "Point system for Alice's shops" });
var tx = TransactionCreator.SimpleSignedTransaction(
new ITransactionEntry[] { assetTable, memo },
new[] { PrivateKey.Parse(TABLE_ADMIN_PRIVATE_KEY) });
await _transactionService.SendTransaction(tx);
return(tx.Id.ToString());
}
/// <summary>
/// Send Asset Method
/// </summary>
/// <param name="client"></param>
/// <returns>tx.Id</returns>
public async Task <Tuple <string, string> > Send(KeyPair formerprivatekey, Address myaddress, Address opponetaddress, decimal amount)
{
var client = this.SetClient();
var generalApi = new GeneralApi(client);
var from = myaddress;
var to = opponetaddress;
// enter the send amount
var moveCoin = new AssetMove(TableName, amount, from, to);
var tx = TransactionCreator.SimpleSignedTransaction(
new ITransactionEntry[] { moveCoin },
new[] { formerprivatekey.PrivateKey });
await this.SendTransaction(tx);
var result = await WaitTx(generalApi, tx.Id);
return(new Tuple <string, string>(tx.Id.ToString(), result));
}
/// <summary>
/// Send Asset Method
/// </summary>
/// <param name="client"></param>
/// <returns>tx.Id</returns>
public static async Task <string> NFTSend(IClient client)
{
var _generalClient = new GeneralApi(client);
Console.WriteLine("Please Types NFT TokenID");
string Tokenid = Console.ReadLine();
var to = new PublicKeyAddress(Utils.GetUser1KeyPair());
//enter the send amount
var moveCoin = new NFTMove(TableName, Tokenid, to);
var tx = TransactionCreator.SimpleSignedTransaction(
new ITransactionEntry[] { moveCoin },
new [] { Utils.GetUser0KeyPair().PrivateKey });//Sender Privatekey
await SendTransaction(tx);
var result = await Utils.WaitTx(_generalClient, tx.Id);
return(result);
}
private static void StartConsole(NetworkStream stream)
{
string lineOfCocain;
string message;
while (!(lineOfCocain = Console.ReadLine()).Equals("EXIT;"))
{
message = "Go to f**k yourself stupid shitty idiot";
if (QueryVerifier.GetQueryVerifier().EvaluateQuery(lineOfCocain))
{
SendAndReceive.SendMessage(stream, TransactionCreator.GetTransactionCreator().CreateGroupDependingXML(QueryVerifier.GetQueryVerifier().queryMatch));
message = (new XmlMessage(SendAndReceive.ReceiveMessage(stream, 256))).GetElementsContentByTagName("payload")[0];
}
Console.WriteLine(message);
}
QueryVerifier.GetQueryVerifier().EvaluateQuery(lineOfCocain);
SendAndReceive.SendMessage(stream, TransactionCreator.GetTransactionCreator().CreateGroupDependingXML(QueryVerifier.GetQueryVerifier().queryMatch));
message = (new XmlMessage(SendAndReceive.ReceiveMessage(stream, 256))).GetElementsContentByTagName("payload")[0];
Console.WriteLine(message);
tcpClient.Close();
}
public void Test_file_gets_does_not_get_created_on_rollback()
{
TransactionCreator creator = null;
try
{
using (var scope = new TransactionScope())
{
creator = Substitute.For <TransactionCreator>();
var failed = Substitute.For <TransactionCreator>();
failed.When(x => x.Execute()).Do(x => { throw new Exception(); });
scope.Complete();
}
}
catch (TransactionAbortedException ex)
{
Console.Out.WriteLine(ex);
}
creator.Received().Execute();
creator.Received().Revert();
}
public static void DoTheTest(string filePath, string outFilePath)
{
StreamReader reader = new StreamReader(filePath);
int numberOfTest = 1;
string textLine;
string result = "# TEST" + numberOfTest + "\n";
double seconds = 0;
double diff;
DateTime date;
while ((textLine = reader.ReadLine()) != null)
{
if (!textLine.Equals(""))
{
if (QueryVerifier.GetQueryVerifier().EvaluateQuery(textLine))
{
date = DateTime.Now;
result = result + DirectRequester.GetRequester().SendRequest(TransactionCreator.GetTransactionCreator().CreateGroupDependingXML(QueryVerifier.GetQueryVerifier().queryMatch));
diff = GetDiffAndAct(date, DateTime.Now);
result = result + " (" + diff + "s)\n";
seconds = seconds + diff;
}
else
{
result = result + "bad sintax\n";
}
}
else
{
numberOfTest = numberOfTest + 1;
result = result + "TOTAL TIME:" + seconds + "s\n\n" + "# TEST " + numberOfTest + "\n";
seconds = 0;
}
}
result = result + "TOTAL TIME:" + seconds + "s";
File.WriteAllText(outFilePath, result);
Console.WriteLine(result);
FakeServer.GetFakeServer().SaveShit();
}
public async Task InsertTransaction_WhenTransactionNotNull_ShouldInsertSuccessfully(Transaction transaction, TransactionCreator sut)
{
await sut.InsertAsync(transaction);
await sut.TransactionRepository.Received(1).InsertAsync(Arg.Is(transaction));
}
public async Task InsertTransaction_WhenTransactionIsNull_ShouldNotInsert(TransactionCreator sut)
{
await sut.InsertAsync(null);
await sut.TransactionRepository.DidNotReceive().InsertAsync(Arg.Any <Transaction>());
}
public override Transaction CreateTransaction(decimal ammount, TransactionType transactionType)
{
return(TransactionCreator.Create(ammount, transactionType));
}
