private TokenFreezeMessage CreateTokenFreezeMessage(TokenFreeze tokenFreeze)
{
return(new TokenFreezeMessage
{
Amount = DoubleToLong(tokenFreeze.Amount),
From = Wallet.Address,
Symbol = tokenFreeze.Symbol
});
}
public string BuildTokenFreeze(TokenFreeze tokenFreeze)
{
Wallet.EnsureWalletIsReady();
TokenFreezeMessage msgBean = CreateTokenFreezeMessage(tokenFreeze);
byte[] msg = EncodeTokenFreezeMessage(msgBean);
byte[] signature = EncodeSignature(Sign(msgBean));
byte[] stdTx = EncodeStdTx(msg, signature);
return(EncodeUtils.ByteArrayToHex(stdTx));
}
public TokenFreezeMessage(TokenFreeze tokenFreeze, Wallet wallet, TransactionOption options)
{
this.wallet = wallet;
this.options = options;
this.message = new TokenFreezeProto();
this.message.From = wallet.Address;
this.message.Symbol = tokenFreeze.Symbol;
this.message.Amount = StringDecimalToLong(tokenFreeze.Amount);
}
public static byte[] BuildTokenFreezeMessage(string coin, decimal amount, Wallet wallet)
{
string hrpFrom;
byte[] addrDec;
Bech32.Bech32Engine.Decode(wallet.Address, out hrpFrom, out addrDec);
TokenFreeze tf = new TokenFreeze
{
Amount = (long)Decimal.Round(amount * 100000000),
Symbol = coin,
From = ByteString.CopyFrom(addrDec)
};
var aminoMessage = AminoBuilder.buildAminoMessage(tf.ToByteArray(), AminoBuilder.AminoType.Freeze);
StdSignBytesConverter signatureBytesConverter = new StdSignBytesConverter(tf, wallet);
byte[] messageBytesForSign = signatureBytesConverter.GetCanonicalBytesForSignature();
var signatureBytes = wallet.Sign(messageBytesForSign);
var signatureBytesMessage = AminoBuilder.buildAminoSignature(signatureBytes, wallet);
var stdMsg = AminoBuilder.buildStandardTransaction(aminoMessage, signatureBytesMessage, "");
return(stdMsg);
}
public void Freeze_Test()
{
Wallet wallet = Wallet.Open("{privateKey}", EnvironmentInfo.TESTNET);
TokenFreeze tokenFreeze = new TokenFreeze()
{
Symbol = null,
Amount = null
};
TransactionOption option = new TransactionOption()
{
Memo = null,
Source = 1,
Data = null
};
var api = BinanceApiFactory.CreateApiClient(EnvironmentInfo.TESTNET);
var result = api.Freeze(tokenFreeze, wallet, option);
Assert.IsTrue(result != null);
}
public void TokenFreezeTest()
{
//List<String> words = Arrays.asList("trial raw kiss bench silent crystal clever cloud chapter obvious error income mechanic attend army outer found cube tribe sort south possible scene fox".split(" "));
//Wallet wallet = Wallet.createWalletFromMnemonicCode(words, BinanceDexEnvironment.TEST_NET);
Wallet wallet = Wallet.FromPrivateKey("84c4226a24732e2d832e9d932779adfb9b95401ee607086967c7c5bba1e3a18e", BinanceDexEnvironment.TEST_NET);
Assert.Equal("tbnb1mrslq6lhglm3jp7pxzlk8u4549pmtp9sgvn2rc", wallet.Address);
wallet.AccountNumber = 0;
wallet.Sequence = 9L;
wallet.ChainId = "test-chain-n4b735";
TransactionOption options = new TransactionOption {
Memo = "", Source = 0, Data = null
};
TransactionRequest assembler = new TransactionRequest(wallet, options);
TokenFreeze tokenFreeze = new TokenFreeze()
{
Amount = "1",
Symbol = "NNB-C3F"
};
//TokenFreezeMessage msgBean = assembler.createTokenFreezeMessage(tf);
//byte[] encodedMsg = assembler.encodeTokenFreezeMessage(msgBean);
//Assert.assertEquals("e774b32d0a14d8e1f06bf747f71907c130bf63f2b4a943b584b012074e4e422d4333461880c2d72f", EncodeUtils.bytesToHex(encodedMsg));
//byte[] signature = assembler.sign(msgBean);
//Assert.assertEquals("9ceabe0262a75b0da7556303580f56a094486cc9938a728f903a57054061bd833288979fbc8dc5ee07743df5110cb773c25d9974f34158a4f6ed6ac6899740c2".toLowerCase(), EncodeUtils.bytesToHex(signature));
//byte[] encodedSignature = assembler.encodeSignature(signature);
//Assert.assertEquals("0a26eb5ae987210280ec8943329305e43b2e6112728423ef9f9a7e7125621c3545c2f30ce08bf83c12409ceabe0262a75b0da7556303580f56a094486cc9938a728f903a57054061bd833288979fbc8dc5ee07743df5110cb773c25d9974f34158a4f6ed6ac6899740c22009", EncodeUtils.bytesToHex(encodedSignature));
//Assert.assertEquals( "9c01f0625dee0a28e774b32d0a14d8e1f06bf747f71907c130bf63f2b4a943b584b012074e4e422d4333461880c2d72f126c0a26eb5ae987210280ec8943329305e43b2e6112728423ef9f9a7e7125621c3545c2f30ce08bf83c12409ceabe0262a75b0da7556303580f56a094486cc9938a728f903a57054061bd833288979fbc8dc5ee07743df5110cb773c25d9974f34158a4f6ed6ac6899740c22009", EncodeUtils.bytesToHex(assembler.encodeStdTx(encodedMsg, encodedSignature)));
string build = assembler.BuildTokenFreeze(tokenFreeze);
Assert.Equal("9c01f0625dee0a28e774b32d0a14d8e1f06bf747f71907c130bf63f2b4a943b584b012074e4e422d4333461880c2d72f126c0a26eb5ae987210280ec8943329305e43b2e6112728423ef9f9a7e7125621c3545c2f30ce08bf83c12409ceabe0262a75b0da7556303580f56a094486cc9938a728f903a57054061bd833288979fbc8dc5ee07743df5110cb773c25d9974f34158a4f6ed6ac6899740c22009", build, true);
}
public List <TransactionMetadata> Freeze(TokenFreeze tokenFreeze, Wallet wallet, TransactionOption options, bool sync = true) => FreezeAsync(tokenFreeze, wallet, options, sync).GetAwaiter().GetResult();
//TODO:
//public Task<List<TransactionMetadata>> MultiTransferAsync(MultiTransfer multiTransfer, Wallet wallet, TransactionOption options, bool sync = true)
//{
// TransactionMessage message = new MultiTransferMessage(multiTransfer, wallet, options);
// return BroadcastAsync(sync, message.BuildMessageBody());
//}
public Task <List <TransactionMetadata> > FreezeAsync(TokenFreeze tokenFreeze, Wallet wallet, TransactionOption options, bool sync = true)
{
TransactionMessage message = new TokenFreezeMessage(tokenFreeze, wallet, options);
return(BroadcastAsync(message.BuildMessageBody()));
}
