/// <summary>
/// Undos a transaction without changing the undo stack.
/// This method can cause inconsistencies in the undo system and should be used with care.
/// </summary>
public void UndoTransactionNoPush(Transaction.Transaction transaction)
{
switch (transaction)
{
case WireTransaction wt:
Wires.RevertTransaction(wt);
break;
case GateTransaction gt:
Gates.RevertTransaction(gt);
break;
case BundledTransaction bt:
{
foreach (var bundled in bt.BundledTransactions)
{
UndoTransactionNoPush(bundled);
}
break;
}
default:
throw new Exception($"Unknown transaction type! {transaction.GetType()}");
}
}
public Tuple <Transaction.Transaction, Contract> Deploy(DeployParams param, int attempts, int interval)
{
if (string.IsNullOrEmpty(code) || init == null || init.Count() <= 0)
{
throw new Exception("Cannot deploy without code or initialisation parameters.");
}
Transaction.Transaction transaction = new Transaction.Transaction();
transaction.ID = param.ID;
transaction.Version = param.Version;
transaction.Nonce = param.Nonce;
transaction.GasPrice = param.GasPrice;
transaction.GasLimit = param.GasLimit;
transaction.SenderPubKey = param.SenderPubKey;
transaction.ToAddr = NIL_ADDRESS;
transaction.Amount = "0";
transaction.Code = this.code.Replace("/\\", "");
transaction.Data = JsonConvert.SerializeObject(this.init);
transaction.Provider = this.provider;
transaction = this.prepareTx(transaction, attempts, interval);
if (transaction.IsRejected())
{
this.contractStatus = ContractStatus.Rejected;
return(Tuple.Create <Transaction.Transaction, Contract>(transaction, this));
}
this.contractStatus = ContractStatus.Deployed;
this.address = ContractFactory.GetAddressForContract(transaction);
return(Tuple.Create <Transaction.Transaction, Contract>(transaction, this));
}
public static string GetAddressForContract(Transaction.Transaction tx)
{
string senderAddress = KeyTools.GetAddressFromPublicKey(tx.SenderPubKey);
SHA256Managed.Create().ComputeHash(ByteUtil.HexStringToByteArray(senderAddress));
Sha256Digest sha = new Sha256Digest();
byte[] senderAddressBytes = ByteUtil.HexStringToByteArray(senderAddress);
sha.BlockUpdate(senderAddressBytes, 0, senderAddressBytes.Count());
int nonce = 0;
if (!string.IsNullOrEmpty(tx.Nonce))
{
nonce = int.Parse(tx.Nonce);
nonce--;
}
string hexNonce = Validation.IntToHex(nonce, 16);
byte[] hexNonceBytes = ByteUtil.HexStringToByteArray(hexNonce);
sha.BlockUpdate(hexNonceBytes, 0, hexNonceBytes.Count());
byte[] bytes = new byte[sha.GetByteLength()];
sha.DoFinal(bytes, 0);
return(ByteUtil.ByteArrayToHexString(bytes).Substring(24, 40));
}
//---------------------------------------------------------------------------
/// <summary>
/// Конструктор
/// </summary>
public ComPort()
{
_SyncRoot = new Object();
_СurrentTransaction =
new Modbus.OSIModel.Transaction.Transaction(TransactionType.Undefined, null);
_TimerInterFrameDelay = new Timer(20);
_TimerInterFrameDelay.AutoReset = false;
_TimerInterFrameDelay.Elapsed +=
new ElapsedEventHandler(EventHandler_TmrInterFrameDelay_Elapsed);
_TimerInterFrameDelay.Stop();
_TimerTimeoutCurrentTransaction = new Timer();
_TimerTimeoutCurrentTransaction.AutoReset = false;
_TimerTimeoutCurrentTransaction.Interval = 200;
_TimerTimeoutCurrentTransaction.Elapsed +=
new ElapsedEventHandler(EventHandler_TimerTimeoutCurrentTransaction_Elapsed);
_TimerTimeoutCurrentTransaction.Stop();
// Настраиваем последовательный порт
_SerialPort =
new System.IO.Ports.SerialPort("COM1", 19200, Parity.Even, 8, StopBits.One);
_SerialPort.ErrorReceived += new
SerialErrorReceivedEventHandler(EventHandler_SerialPort_ErrorReceived);
_SerialPort.DataReceived +=
new SerialDataReceivedEventHandler(EventHandler_SerialPort_DataReceived);
_SerialPort.ReceivedBytesThreshold = 1;
}
public Transaction.Transaction SignWith(Transaction.Transaction tx, Account signer)
{
BalanceResult result;
if (signer == null)
{
throw new Exception("account not exists");
}
if (string.IsNullOrEmpty(tx.Nonce))
{
try
{
result = this.Provider.GetBalance(signer.Address).Result;
tx.Nonce = result.Nonce + 1;
}
catch (Exception e)
{
throw new Exception("cannot get nonce", e);
}
}
tx.SenderPubKey = signer.GetPublicKey();
byte[] message = tx.Bytes();
Signature signature = Schnorr.Sign(signer.Keys, message);
tx.Signature = (signature.ToString().ToLower());
return(tx);
}
//---------------------------------------------------------------------------
/// <summary>
/// Конструктор
/// </summary>
public ComPort()
{
_SyncRoot = new Object();
_СurrentTransaction =
new Modbus.OSIModel.Transaction.Transaction(TransactionType.Undefined, null);
_TimerInterFrameDelay = new Timer(20);
_TimerInterFrameDelay.AutoReset = false;
_TimerInterFrameDelay.Elapsed +=
new ElapsedEventHandler(EventHandler_TmrInterFrameDelay_Elapsed);
_TimerInterFrameDelay.Stop();
_TimerTimeoutCurrentTransaction = new Timer();
_TimerTimeoutCurrentTransaction.AutoReset = false;
_TimerTimeoutCurrentTransaction.Interval = 200;
_TimerTimeoutCurrentTransaction.Elapsed +=
new ElapsedEventHandler(EventHandler_TimerTimeoutCurrentTransaction_Elapsed);
_TimerTimeoutCurrentTransaction.Stop();
// Настраиваем последовательный порт
_SerialPort =
new System.IO.Ports.SerialPort("COM1", 19200, Parity.Even, 8, StopBits.One);
_SerialPort.ErrorReceived += new
SerialErrorReceivedEventHandler(EventHandler_SerialPort_ErrorReceived);
_SerialPort.DataReceived +=
new SerialDataReceivedEventHandler(EventHandler_SerialPort_DataReceived);
_SerialPort.ReceivedBytesThreshold = 1;
}
public void TestHaveUnused()
{
var txbody = new Body
{
ChainTag = 74,
BlockRef = "0x005d64da8e7321bd",
Expiration = 18,
GasPriceCoef = 0,
Gas = 21000,
DependsOn = "",
Nonce = "0xd6846cde87878603",
Reserved = new Reserved
{
Features = 1,
Unused = new System.Collections.Generic.List <byte[]>
{
"0xa4aDAfAef9Ec07BC4Dc6De146934C7119341eE25".ToBytes()
}
}
};
byte[] encode = new Transaction.Transaction(txbody).Encode();
var encode2 = "0xf04a875d64da8e7321bd12c0808252088088d6846cde87878603d60194a4adafaef9ec07bc4dc6de146934c7119341ee25".ToBytes();
Assert.True(encode.SequenceEqual(encode2));
}
internal SqlQueryable(Expression exp, Transaction.Transaction repository)
{
_repository = repository;
if (exp != null)
{
_matches.Add(exp);
}
}
public Task <TransactionProduct> CreateAsync(Product.Product product, Transaction.Transaction transaction)
{
return(Task.Factory.StartNew(() =>
{
var transactionProduct = new TransactionProduct(product, transaction);
return transactionProduct;
}));
}
/// <summary>
/// Обработчик события срабатывания межкадрового таймера
/// </summary>
/// <param name="sender">Отправитель события</param>
/// <param name="e">Аргументы события</param>
private void EventHandler_TmrInterFrameDelay_Elapsed(
object sender, ElapsedEventArgs e)
{
Byte[] message;
Message.Message request;
Timer tmr = (Timer)sender;
tmr.Stop();
// Таймер сработал, значит сообщение (запрос)
// принят полностью считаем CRC16
message = new byte[_SerialPort.BytesToRead];
_SerialPort.Read(message, 0, _SerialPort.BytesToRead);
if (true == Modbus.OSIModel.DataLinkLayer.CRC16.VerefyCRC16(message))
{
// Запрос принят корректно
Byte[] array = new byte[(message.Length - 4)]; //Данные в сообщениии
Array.Copy(message, 2, array, 0, array.Length); // Выделили данные из сообщения
request = new Message.Message(message[0], message[1], array);
if (request.Address == 0)
{
// Формируем событие приёма широковещаетельного запроса
_СurrentTransaction = new Transaction.Transaction(
TransactionType.BroadcastMode, request);
_СurrentTransaction.TransactionWasEnded +=
new EventHandler(EventHandler_СurrentTransaction_TransactionWasEnded);
_СurrentTransaction.Start(); // Стартуем транзакцию
OnRequestWasRecived(new MessageEventArgs(request));
// ??? Можно было бы запустить таймер задержки при широковещаетльном запросе
// Сейчас не реализовано. По этому, завершам транзакцию сразу.
_СurrentTransaction.Stop(null); // Завершает транзакцию
}
else
{
_СurrentTransaction = new Transaction.Transaction(
TransactionType.UnicastMode, request);
_СurrentTransaction.TransactionWasEnded +=
new EventHandler(EventHandler_СurrentTransaction_TransactionWasEnded);
_СurrentTransaction.Start();
// Запускаем таймер таймаута ответа подчинённого устройства
_TimerTimeoutCurrentTransaction.Start();
// Формируем событие приёма адресованного запроса.
// Транзакция здесь продолжается до тех пор, покак не будет
// отправлен ответ.
OnRequestWasRecived(new MessageEventArgs(request));
}
}
else
{
// Принят запрос с неверным CRC16
OnErrorOccurred(new ErrorOccurredEventArgs
(PortError.CheckSumError, "Принят запрос с неверным CRC16"));
}
return;
}
public void TestRlpEncode()
{
var txbody = this.TestTxBody();
byte[] encode = new Transaction.Transaction(txbody).Encode();
var encode2 = "f8844a875d64da8e7321bd12f869e294a4adafaef9ec07bc4dc6de146934c7119341ee25830186a0882398479812734981e294a4adafaef9ec07bc4dc6de146934c7119341ee25830186a0882398479812734981e294a4adafaef9ec07bc4dc6de146934c7119341ee25830186a0882398479812734981808252088088d6846cde87878603c0".ToBytes();
Assert.True(encode.SequenceEqual(encode2));
}
internal SqlQueryable(Expression exp, Transaction.Transaction repository)
{
_repository = repository;
_expression = new LinqToSql(typeof(T), _repository);
if (exp != null)
{
_matches.Add(exp);
}
}
/// <summary>
/// Обработчик события окончания текущей транзакции
/// </summary>
/// <param name="sender"></param>
/// <param name="e"></param>
public void EventHandler_СurrentTransaction_TransactionWasEnded(
object sender, EventArgs e)
{
String msg;
Transaction.Transaction transaction =
(Transaction.Transaction)sender;
// Анализируем причины завершения транзакции
// !!! Здесь можно реализовать стек отработавший транзакций и поместить транзакцию туда
switch (transaction.Status)
{
case TransactionStatus.Aborted:
{
msg = String.Format("Transaction ID: {0}; Статус: {1}; Описание ошибки: {2}; " +
"Начало транзакции: {3} мсек; Конец транзакции: {4} мсек; Время транзакции: {5} мсек",
transaction.Identifier.ToString(), transaction.Status, transaction.DescriptionError,
transaction.TimeOfStart, transaction.TimeOfEnd, transaction.TimeOfTransaction);
Trace.TraceInformation(msg);
break;
}
case TransactionStatus.Completed:
{
msg = String.Format("Transaction ID: {0}; Статус: {1}; Описание ошибки: {2}; " +
"Начало транзакции: {3} мсек; Конец транзакции: {4} мсек; Время транзакции: {5} мсек",
transaction.Identifier.ToString(), transaction.Status, transaction.DescriptionError,
transaction.TimeOfStart, transaction.TimeOfEnd, transaction.TimeOfTransaction);
Trace.TraceInformation(msg);
break;
}
case TransactionStatus.NotInitialized:
{
throw new Exception(String.Format(
"Обнаружен неверный статус завершённой транзакции - {0}", transaction.Status));
}
case TransactionStatus.Running:
{
throw new Exception(String.Format(
"Обнаружен неверный статус завершённой транзакции - {0}", transaction.Status));
}
default:
{
throw new Exception(
"Полученное состояние транзакции не поддерживается в текущей версии ПО");
}
}
//_SerialPort.DiscardOutBuffer();
//_SerialPort.DiscardInBuffer();
return;
}
internal SqlQueryable(Transaction.Transaction repository, List <T> items)
{
_repository = repository;
if (items == null)
{
return;
}
_partExecuted = true;
items.RemoveAll(x => x == null);
base.AddRange(items);
}
internal SqlQueryable(Transaction.Transaction repository, List <T> items)
{
_repository = repository;
_expression = new LinqToSql(typeof(T), _repository);
if (items == null)
{
return;
}
PartExecuted = true;
items.RemoveAll(x => x == null);
base.AddRange(items);
}
public void TestSign()
{
var txbody = this.TestTxBody();
var transaction = new Transaction.Transaction(txbody);
transaction.Signature = Cry.Secp256k1.Sign(transaction.SigningHash(), "0xdce1443bd2ef0c2631adc1c67e5c93f13dc23a41c18b536effbbdcbcdb96fb65".ToBytes());
(Transaction.Transaction.UnsignedRlpDefinition() as RlpStructKind)?.EncodeToRlp(transaction.Body);
Assert.True(transaction.Signature.SequenceEqual("0x5ca73236f37c9d7b29f32af81e4812a33cfbfac573544684e374e2fb90c637740d406198252371fa3e64341e4bd0226268a774e4112913429750b3fb3fad56bf00".ToBytes()));
Assert.True(transaction.Origin == "0x7567d83b7b8d80addcb281a71d54fc7b3364ffed");
Assert.True(transaction.Id == "0xd3ad13b5db7be0a3ecc64ff537442047baa5d1df9593237e173fa097be2e7182");
}
public LightDataLinqToNoSql(Type type, Transaction.Transaction transaction)
{
_transaction = transaction;
_obType = type.GetActualType();
if (!CachedColumns.ContainsKey(_obType))
{
_columns = CachedColumns.GetOrAdd(_obType, _transaction.GetColumnSchema(_obType).Select(x => $"[{_obType.TableName()}].[{x.Key}]").ToList());
}
else
{
_columns = CachedColumns[_obType];
}
_primaryId = _obType.GetPrimaryKey()?.GetPropertyName();
}
public LightDataLinqToNoSql(Type type, Transaction.Transaction transaction)
{
_transaction = transaction;
_obType = type.GetActualType();
if (!CachedColumns.ContainsKey(_obType))
{
_columns = CachedColumns.GetOrAdd(_obType, _transaction._dbSchema.ObjectColumns(_obType).Rows.Select(x => $"[{_obType.TableName()}].[{x.Value<string>("column_name")}]").ToList());
}
else
{
_columns = CachedColumns[_obType];
}
_primaryId = OrderBy = _obType.GetPrimaryKey()?.GetPropertyName();
}
public LinqToSql(Type type, Transaction.Transaction transaction)
{
_transaction = transaction;
_obType = type.GetActualType();
DataBaseTypes = transaction.DataBaseTypes;
var key = _obType.FullName + DataBaseTypes;
if (!CachedColumns.ContainsKey(key))
{
_columns = CachedColumns.GetOrAdd(key, _transaction.GetColumnSchema(_obType).Select(x => $"{_obType.TableName().GetName(DataBaseTypes)}.[{x.Key}]").ToList());
}
else
{
_columns = CachedColumns[key];
}
_primaryId = _obType.GetPrimaryKey()?.GetPropertyName();
}
public Transaction.Transaction prepareTx(Transaction.Transaction tx, int attempts, int interval)
{
tx = signer.Sign(tx);
try
{
CreateTxResult createTxResult = provider.CreateTransaction(tx.ToTransactionPayload()).Result;
tx.Confirm(createTxResult.TranID, attempts, interval);
}
catch (IOException e)
{
tx.Status = TxStatus.Rejected;
}
catch (Exception e)
{
}
return(tx);
}
/// <summary>
/// Applies a transaction without pushing it to the undo stack.
/// This method can cause inconsistencies in the undo system and should be used with care.
/// </summary>
public void DoTransactionNoPush(Transaction.Transaction transaction)
{
switch (transaction)
{
case WireTransaction wt:
Wires.ApplyTransaction(wt);
// Update the subnets
UpdateSubnets(wt.Created, wt.Deleted);
break;
case GateTransaction gt:
Gates.ApplyTransaction(gt);
if (gt.ConnectionPointWireEdits != null)
{
Wires.ApplyTransaction(gt.ConnectionPointWireEdits);
}
// FIXME: Clean this up, this is just so that we can get something simulating
if (gt.RemoveComponent)
{
this.RemoveComponent(gt.Gate);
}
else
{
this.AddComponent(gt.Gate);
}
// Update the subnets
UpdateSubnets(
gt.ConnectionPointWireEdits?.CreatedWires ?? new List <Wire>(),
gt.ConnectionPointWireEdits?.DeletedWires ?? new List <Wire>());
break;
case BundledTransaction bt:
{
foreach (var bundled in bt.BundledTransactions)
{
DoTransactionNoPush(bundled);
}
break;
}
default:
throw new Exception($"Unknown transaction type! {transaction.GetType()}");
}
}
public void TestDelegate()
{
var delegatedBody = new Body
{
ChainTag = 74,
BlockRef = "0x005d64da8e7321bd",
Expiration = 18,
GasPriceCoef = 0,
Gas = 21000,
DependsOn = "",
Nonce = "0xd6846cde87878603",
Reserved = new Reserved {
Features = 1
}
};
delegatedBody.Clauses.Add(new Clause("0xa4aDAfAef9Ec07BC4Dc6De146934C7119341eE25", new BigInteger(100000), "0x2398479812734981"));
delegatedBody.Clauses.Add(new Clause("0xa4aDAfAef9Ec07BC4Dc6De146934C7119341eE25", new BigInteger(100000), "0x2398479812734981"));
delegatedBody.Clauses.Add(new Clause("0xa4aDAfAef9Ec07BC4Dc6De146934C7119341eE25", new BigInteger(100000), "0x2398479812734981"));
var transaction = new Transaction.Transaction(delegatedBody);
Assert.True(transaction.IsDelegated);
var senderPrikey = "0xdce1443bd2ef0c2631adc1c67e5c93f13dc23a41c18b536effbbdcbcdb96fb65";
var senderAddr = "0x7567d83b7b8d80addcb281a71d54fc7b3364ffed";
var gasPayerPrikey = "0x321d6443bc6177273b5abf54210fe806d451d6b7973bccc2384ef78bbcd0bf51";
var geaPayerAddr = "0xd3ae78222beadb038203be21ed5ce7c9b1bff602";
Assert.True(transaction.SigningHash().SequenceEqual("0xb07661afea87bf07d3a76742950b1607174090bc2241a32e40f8d35e3747e0ad".ToBytes()));
var senderSigningHash = transaction.SigningHash();
var gasPayerSigningHash = transaction.SigningHash(senderAddr);
var senderSignature = Cry.Secp256k1.Sign(senderSigningHash, senderPrikey.ToBytes());
var gasPayerSignature = Cry.Secp256k1.Sign(gasPayerSigningHash, gasPayerPrikey.ToBytes());
transaction.AddVIP191Signature(senderSignature, gasPayerSignature);
Assert.True(transaction.Id == "0xf6a2eab557187af50e4a3abb8a65894eb3be4d58a557b31e8f878ca91c0d9f4e");
Assert.True(transaction.Origin == senderAddr);
Assert.True(transaction.Delegator == geaPayerAddr);
}
private void Parse(string value, FormattingOptions options)
{
FormattingOptions = options;
var segmentStringValueCollection = value.Split(options.SegmentTerminator.AsSplitDelimiter(), StringSplitOptions.None);
var transactionStringArray = new List <System.Text.StringBuilder>();
foreach (var segment in segmentStringValueCollection)
{
if (segment.Length < 2)
{
continue;
}
switch (segment.Substring(0, 2))
{
case FunctionalGroupHeader.ElementName:
Header = new FunctionalGroupHeader(segment, FormattingOptions);
break;
case FunctionalGroupTrailer.ElementName:
Trailer = new FunctionalGroupTrailer(segment, FormattingOptions);
break;
case TransactionSetHeader.ElementName:
transactionStringArray.Add(new System.Text.StringBuilder());
transactionStringArray[transactionStringArray.Count - 1].Append(segment);
transactionStringArray[transactionStringArray.Count - 1].Append(options.SegmentTerminator);
break;
default:
transactionStringArray[transactionStringArray.Count - 1].Append(segment);
transactionStringArray[transactionStringArray.Count - 1].Append(options.SegmentTerminator);
break;
}
}
foreach (var transactionString in transactionStringArray)
{
var tx = new Transaction.Transaction(transactionString.ToString(), FormattingOptions);
TransactionSets.Add(tx);
}
TransactionSets.TrimExcess();
}
public void TestNoClauses()
{
var txbody = new Body
{
ChainTag = 74,
BlockRef = "0x005d64da8e7321bd",
Expiration = 18,
GasPriceCoef = 0,
Gas = 21000,
DependsOn = "",
Nonce = "0xd6846cde87878603",
Reserved = null
};
byte[] encode = new Transaction.Transaction(txbody).Encode();
var encode2 = "0xda4a875d64da8e7321bd12c0808252088088d6846cde87878603c0".ToBytes();
Assert.True(encode.SequenceEqual(encode2));
}
public Transaction.Transaction Sign(Transaction.Transaction transaction)
{
if (transaction.ToAddr.ToUpper().StartsWith("0X"))
{
transaction.ToAddr = transaction.ToAddr.Substring(2);
}
if (!Validation.IsBech32(transaction.ToAddr) && !Validation.IsValidChecksumAddress("0x" + transaction.ToAddr))
{
throw new Exception("not checksum address or bech32");
}
if (Validation.IsBech32(transaction.ToAddr))
{
transaction.ToAddr = Bech32.FromBech32Address(transaction.ToAddr);
}
if (Validation.IsValidChecksumAddress("0x" + transaction.ToAddr))
{
transaction.ToAddr = "0x" + transaction.ToAddr;
}
TxParams txParams = transaction.ToTransactionParam();
if (txParams != null && !string.IsNullOrEmpty(txParams.SenderPubKey))
{
string address = KeyTools.GetAddressFromPublicKey(txParams.SenderPubKey).ToUpper();
Account account = accounts[address];
if (account == null)
{
throw new Exception("Could not sign the transaction with" + address + " as it does not exist");
}
return(SignWith(transaction, account));
}
if (defaultAccount == null)
{
throw new Exception("This wallet has no default account.");
}
return(this.SignWith(transaction, this.defaultAccount));
}
/// <summary>
/// Decode - Decodes a raw bitcoin block
/// </summary>
private void Decode()
{
BlockSize = (uint)ByteData.Length;
// header is 80bytes
Header = new BlockHeader(ReadSlice(80));
// get the number of transactions
Transactions = new Transaction.Transaction[ReadVarLenInt()];
// read all the transactions
for (var i = 0; i < Transactions.Length; ++i)
{
// decode the transaction
Transactions[i] = DecodeTX();
}
// validate length - should be at the end of the block
LengthMatch = Offset == ByteData.Length;
}
public Transaction.Transaction Call(Transition transition, Values[] args, CallParams param, int attempts, int interval)
{
if (string.IsNullOrEmpty(address))
{
throw new Exception("Contract has not been deployed!");
}
Transaction.Transaction transaction = new Transaction.Transaction();
transaction.ID = param.ID;
transaction.Version = param.Version;
transaction.Nonce = param.Nonce;
transaction.GasPrice = param.GasPrice;
transaction.GasLimit = param.GasLimit;
transaction.SenderPubKey = param.SenderPubKey;
transaction.ToAddr = NIL_ADDRESS;
transaction.Amount = "0";
transaction.Code = this.code.Replace("/\\", "");
transaction.Data = JsonConvert.SerializeObject(new Data()
{
Tag = transition, Params = args
});
transaction.Provider = this.provider;
return(this.prepareTx(transaction, attempts, interval));
}
public TransactionProduct(Product.Product product, Transaction.Transaction transaction)
{
Product = product;
Transaction = transaction;
}
internal static IList DataReaderConverter(Transaction.Transaction repository, IDataReader reader, DbCommandExtended command, Type type)
{
var tType = type.GetActualType();
var baseListType = typeof(List <>);
var listType = baseListType.MakeGenericType(tType);
var iList = DeepCloner.CreateInstance(listType) as IList;
//#if (NETSTANDARD2_0 || NETSTANDARD1_3 || NETSTANDARD1_5)
var props = DeepCloner.GetFastDeepClonerProperties(tType);
//#endif
try
{
while (reader.Read())
{
object item = null;
object clItem = null;
//#if (NETSTANDARD2_0 || NETSTANDARD1_3 || NETSTANDARD1_5)
item = DeepCloner.CreateInstance(tType);
clItem = DeepCloner.CreateInstance(tType);
var col = 0;
while (col < reader.FieldCount)
{
var columnName = reader.GetName(col);
var value = reader[columnName];
var prop = DeepCloner.GetProperty(tType, columnName);
if (prop == null)
{
prop = props.FirstOrDefault(x => string.Equals(x.GetPropertyName(), columnName, StringComparison.CurrentCultureIgnoreCase) || x.GetPropertyName().ToLower() == columnName);
}
if (value != DBNull.Value && value != null && prop != null && prop.CanRead)
{
if (value as byte[] != null && prop.PropertyType.FullName.Contains("Guid"))
{
value = new Guid(value as byte[]);
}
var dataEncode = prop.GetCustomAttribute <DataEncode>();
var toBase64String = prop.GetCustomAttribute <ToBase64String>();
if (toBase64String != null)
{
if (value.ConvertValue <string>().IsBase64String())
{
value = MethodHelper.DecodeStringFromBase64(value.ConvertValue <string>());
}
else
{
value = MethodHelper.ConvertValue(value, prop.PropertyType);
}
}
else if (dataEncode != null)
{
value = new DataCipher(dataEncode.Key, dataEncode.KeySize).Decrypt(value.ConvertValue <string>());
}
else if (prop.ContainAttribute <JsonDocument>())
{
value = value?.ToString().FromJson(prop.PropertyType);
}
else
{
value = MethodHelper.ConvertValue(value, prop.PropertyType);
}
prop.SetValue(item, value);
prop.SetValue(clItem, value);
}
col++;
}
//#else
// var cmReader = new DataRecordExtended(reader);
// if (!CachedDataRecord.ContainsKey(tType))
// CachedDataRecord.GetOrAdd(tType, DynamicBuilder.CreateBuilder(cmReader, tType));
// var x = CachedDataRecord[tType];
// item = x.Build(cmReader);
// clItem = !(repository?.IsAttached(item) ?? true) ? x.Build(cmReader) : null;
//#endif
if (clItem != null && !(repository?.IsAttached(clItem) ?? true))
{
repository?.AttachNew(clItem);
}
iList.Add(item);
}
}
catch (Exception e)
{
throw e;
}
finally
{
reader.Close();
reader.Dispose();
if (repository.OpenedDataReaders.ContainsKey(reader))
{
repository.OpenedDataReaders.Remove(reader);
}
}
return(iList);
}
internal static List <T> DataReaderConverter <T>(Transaction.Transaction repository, IDataReader reader, DbCommandExtended command)
{
return((List <T>)DataReaderConverter(repository, reader, command, typeof(T)));
}
/// <summary>
/// Обработчик события срабатывания межкадрового таймера
/// </summary>
/// <param name="sender">Отправитель события</param>
/// <param name="e">Аргументы события</param>
private void EventHandler_TmrInterFrameDelay_Elapsed(
object sender, ElapsedEventArgs e)
{
Byte[] message;
Message.Message request;
Timer tmr = (Timer)sender;
tmr.Stop();
// Таймер сработал, значит сообщение (запрос)
// принят полностью считаем CRC16
message = new byte[_SerialPort.BytesToRead];
_SerialPort.Read(message, 0, _SerialPort.BytesToRead);
if (true == Modbus.OSIModel.DataLinkLayer.CRC16.VerefyCRC16(message))
{
// Запрос принят корректно
Byte[] array = new byte[(message.Length - 4)]; //Данные в сообщениии
Array.Copy(message, 2, array, 0, array.Length); // Выделили данные из сообщения
request = new Message.Message(message[0], message[1], array);
if (request.Address == 0)
{
// Формируем событие приёма широковещаетельного запроса
_СurrentTransaction = new Transaction.Transaction(
TransactionType.BroadcastMode, request);
_СurrentTransaction.TransactionWasEnded +=
new EventHandler(EventHandler_СurrentTransaction_TransactionWasEnded);
_СurrentTransaction.Start(); // Стартуем транзакцию
OnRequestWasRecived(new MessageEventArgs(request));
// ??? Можно было бы запустить таймер задержки при широковещаетльном запросе
// Сейчас не реализовано. По этому, завершам транзакцию сразу.
_СurrentTransaction.Stop(null); // Завершает транзакцию
}
else
{
_СurrentTransaction = new Transaction.Transaction(
TransactionType.UnicastMode, request);
_СurrentTransaction.TransactionWasEnded +=
new EventHandler(EventHandler_СurrentTransaction_TransactionWasEnded);
_СurrentTransaction.Start();
// Запускаем таймер таймаута ответа подчинённого устройства
_TimerTimeoutCurrentTransaction.Start();
// Формируем событие приёма адресованного запроса.
// Транзакция здесь продолжается до тех пор, покак не будет
// отправлен ответ.
OnRequestWasRecived(new MessageEventArgs(request));
}
}
else
{
// Принят запрос с неверным CRC16
OnErrorOccurred(new ErrorOccurredEventArgs
(PortError.CheckSumError, "Принят запрос с неверным CRC16"));
}
return;
}
public CodeToDataBaseMergeCollection(Transaction.Transaction provider)
{
_provider = provider;
}
