/// <summary>
/// Прямой проход.
/// </summary>
/// <param name="args">Аргумент прохода по трубопроводу.</param>
/// <returns>Аргумент прохода по трубопроводу.</returns>
public override BypassedArgument DirectBypass(BypassedArgument args)
{
OnDirectBypass(new BypassEventArgs(Name, Level, args));
args = _strategy.DirectBypass(args);
OnDirectBypassed(new BypassEventArgs(Name, Level, args));
return args;
}
/// <summary>
/// Обработка прямого прохода.
/// </summary>
/// <param name="args">Аргумент прохода по трубопроводу.</param>
/// <returns>Аргумент прохода по трубопроводу.</returns>
public BypassedArgument DirectBypass(BypassedArgument args)
{
Thread.Sleep(100);
args.Add(_component.Name, _component.Level);
args = _component.Parent.DirectBypass(args);
return args;
}
/// <summary>
/// Обработка обратного прохода с поднятием данных для прямого прохода.
/// </summary>
/// <remarks>Метод необходим для обработки дочерних узлов в прямом проходе,
/// для соблюдения порядка вложенности.</remarks>
/// <param name="args">Аргумент прохода по трубопроводу.</param>
/// <returns>Аргумент прохода по трубопроводу.</returns>
public BypassedArgument RiseDirectBypass(BypassedArgument args)
{
if (_component.Children == null || _component.Children.Count == 0)
throw new Exception("Нет входного узла");
foreach (Component child in _component.Children)
args = child.RiseDirectBypass(args);
args.Add(_component.Name, _component.Level);
return args;
}
/// <summary>
/// Обработка прямого прохода.
/// </summary>
/// <param name="args">Аргумент прохода по трубопроводу.</param>
/// <returns>Аргумент прохода по трубопроводу.</returns>
public BypassedArgument DirectBypass(BypassedArgument args)
{
string lastName = args.TransportTrace.Last().Key;
foreach (Component child in _component.Children)
if (child.Name != lastName)
args = child.RiseDirectBypass(args);
args.Add(_component.Name, _component.Level);
return _component.Parent.DirectBypass(args);
}
/// <summary>
/// Проход вперед.
/// </summary>
/// <param name="args">Аргумент прохода по трубопроводу.</param>
/// <returns>Аргумент прохода по трубопроводу.</returns>
public override BypassedArgument DirectBypass(BypassedArgument args)
{
if (Parent != null && _strategy != null)
{
OnDirectBypass(new BypassEventArgs(Name, Level, args));
args = _strategy.DirectBypass(args);
OnDirectBypassed(new BypassEventArgs(Name, Level, args));
}
return args;
}
/// <summary>
/// Обработка обратного прохода.
/// </summary>
/// <param name="args">Аргумент прохода по трубопроводу.</param>
/// <returns>Аргумент прохода по трубопроводу.</returns>
public BypassedArgument ReverseBypass(BypassedArgument args)
{
args.Add(_component.Name, _component.Level);
Thread.Sleep(100);
if (_component.Children == null || _component.Children.Count == 0)
throw new Exception("Нет входного узла");
foreach (Component child in _component.Children)
args = child.ReverseBypass(args);
return args;
}
public void BranchBypassPipelineTest()
{
PressureNode root = new PressureNode("Pressure_0", new PressureNodeStrategy());
FlowPath flowPath_1 = new FlowPath("FlowPath_1", new FlowPathStrategy());
MassNode mass_2 = new MassNode("Mass_2", new SympleMassNodeStrategy());
FlowPath flowPath_3 = new FlowPath("FlowPath_3", new FlowPathStrategy());
MassNode mass_4 = new MassNode("Mass_4", new BranchMassNodeStrategy());
FlowPath flowPath_5_0 = new FlowPath("FlowPath_5_0", new FlowPathStrategy());
MassNode mass_6_0 = new MassNode("Mass_6_0", new SympleMassNodeStrategy());
FlowPath flowPath_7_0 = new FlowPath("FlowPath_7_0", new FlowPathStrategy());
MassNode mass_8_0 = new MassNode("Mass_8_0", new SympleMassNodeStrategy());
FlowPath flowPath_9_0 = new FlowPath("FlowPath_9_0", new FlowPathStrategy());
CloseNode close_10_0 = new CloseNode("Close_10_0", new CloseNodeStrategy());
FlowPath flowPath_5_1 = new FlowPath("FlowPath_5_1", new FlowPathStrategy());
MassNode mass_6_1 = new MassNode("Mass_6_1", new BranchMassNodeStrategy());
FlowPath flowPath_7_1_0 = new FlowPath("FlowPath_7_1_0", new FlowPathStrategy());
CloseNode close_8_1_0 = new CloseNode("Close_8_1_0", new CloseNodeStrategy());
FlowPath flowPath_7_1_1 = new FlowPath("FlowPath_7_1_1", new FlowPathStrategy());
CloseNode close_8_1_1 = new CloseNode("Close_8_1_1", new CloseNodeStrategy());
root.Add(flowPath_1);
flowPath_1.Add(mass_2);
mass_2.Add(flowPath_3);
flowPath_3.Add(mass_4);
mass_4.Add(flowPath_5_0);
flowPath_5_0.Add(mass_6_0);
mass_6_0.Add(flowPath_7_0);
flowPath_7_0.Add(mass_8_0);
mass_8_0.Add(flowPath_9_0);
flowPath_9_0.Add(close_10_0);
mass_4.Add(flowPath_5_1);
flowPath_5_1.Add(mass_6_1);
mass_6_1.Add(flowPath_7_1_0);
mass_6_1.Add(flowPath_7_1_1);
flowPath_7_1_0.Add(close_8_1_0);
flowPath_7_1_1.Add(close_8_1_1);
BypassedArgument reverseResult = new BypassedArgument();
reverseResult = root.ReverseBypass(reverseResult);
BypassedArgument result = new BypassedArgument();
result = close_8_1_0.DirectBypass(result);
Assert.AreEqual("Pressure_0/FlowPath_1/Mass_2/FlowPath_3/Mass_4/FlowPath_5_0/Mass_6_0/FlowPath_7_0/Mass_8_0/FlowPath_9_0/Close_10_0/FlowPath_5_1/Mass_6_1/FlowPath_7_1_0/Close_8_1_0/FlowPath_7_1_1/Close_8_1_1", reverseResult.Path);
Assert.AreEqual("Close_8_1_0/FlowPath_7_1_0/Close_8_1_1/FlowPath_7_1_1/Mass_6_1/FlowPath_5_1/Close_10_0/FlowPath_9_0/Mass_8_0/FlowPath_7_0/Mass_6_0/FlowPath_5_0/Mass_4/FlowPath_3/Mass_2/FlowPath_1/Pressure_0", result.Path);
}
public void SympleBypassPipelineTest()
{
PressureNode rootNode = new PressureNode("PressureRootNode", new PressureNodeStrategy());
FlowPath firstFlowPath = new FlowPath("FirstFlowPath", new FlowPathStrategy());
MassNode massNode = new MassNode("MassNode", new SympleMassNodeStrategy());
FlowPath secondFlowPath = new FlowPath("SecondFlowPath", new FlowPathStrategy());
CloseNode endNode = new CloseNode("EndNode", new CloseNodeStrategy());
secondFlowPath.Add(endNode);
massNode.Add(secondFlowPath);
firstFlowPath.Add(massNode);
rootNode.Add(firstFlowPath);
BypassedArgument reverseResult = new BypassedArgument();
reverseResult = rootNode.ReverseBypass(reverseResult);
BypassedArgument result = new BypassedArgument();
result = endNode.DirectBypass(result);
Assert.AreEqual("PressureRootNode/FirstFlowPath/MassNode/SecondFlowPath/EndNode", reverseResult.Path);
Assert.AreEqual("EndNode/SecondFlowPath/MassNode/FirstFlowPath/PressureRootNode", result.Path);
}
/// <summary>
/// Конструктор.
/// </summary>
/// <param name="name">Наименование элемента.</param>
/// <param name="number">Порядковое число прохода.</param>
/// <param name="args">Аргументы прохода.</param>
public BypassEventArgs(string name, int number, BypassedArgument args)
{
Name = name;
Number = number;
Args = args;
}
static void Main(string[] args)
{
// Наполняем структуру.
PressureNode root = new PressureNode("Pressure_0", new PressureNodeStrategy());
FlowPath flowPath_1 = new FlowPath("FlowPath_1", new FlowPathStrategy());
MassNode mass_2 = new MassNode("Mass_2", new SympleMassNodeStrategy());
FlowPath flowPath_3 = new FlowPath("FlowPath_3", new FlowPathStrategy());
MassNode mass_4 = new MassNode("Mass_4", new BranchMassNodeStrategy());
FlowPath flowPath_5_0 = new FlowPath("FlowPath_5_0", new FlowPathStrategy());
MassNode mass_6_0 = new MassNode("Mass_6_0", new SympleMassNodeStrategy());
FlowPath flowPath_7_0 = new FlowPath("FlowPath_7_0", new FlowPathStrategy());
MassNode mass_8_0 = new MassNode("Mass_8_0", new SympleMassNodeStrategy());
FlowPath flowPath_9_0 = new FlowPath("FlowPath_9_0", new FlowPathStrategy());
CloseNode close_10_0 = new CloseNode("Close_10_0", new CloseNodeStrategy());
FlowPath flowPath_5_1 = new FlowPath("FlowPath_5_1", new FlowPathStrategy());
MassNode mass_6_1 = new MassNode("Mass_6_1", new BranchMassNodeStrategy());
FlowPath flowPath_7_1_0 = new FlowPath("FlowPath_7_1_0", new FlowPathStrategy());
CloseNode close_8_1_0 = new CloseNode("Close_8_1_0", new CloseNodeStrategy());
FlowPath flowPath_7_1_1 = new FlowPath("FlowPath_7_1_1", new FlowPathStrategy());
CloseNode close_8_1_1 = new CloseNode("Close_8_1_1", new CloseNodeStrategy());
root.Add(flowPath_1);
flowPath_1.Add(mass_2);
mass_2.Add(flowPath_3);
flowPath_3.Add(mass_4);
mass_4.Add(flowPath_5_1);
mass_4.Add(flowPath_5_0);
flowPath_5_0.Add(mass_6_0);
mass_6_0.Add(flowPath_7_0);
flowPath_7_0.Add(mass_8_0);
mass_8_0.Add(flowPath_9_0);
flowPath_9_0.Add(close_10_0);
flowPath_5_1.Add(mass_6_1);
mass_6_1.Add(flowPath_7_1_1);
mass_6_1.Add(flowPath_7_1_0);
flowPath_7_1_0.Add(close_8_1_0);
flowPath_7_1_1.Add(close_8_1_1);
BypassedArgument reverseResult = new BypassedArgument();
BypassedArgument result = new BypassedArgument();
// Распараллеливаем прямой и обратный проходы.
Parallel.Invoke(() =>
{
reverseResult = root.ReverseBypass(reverseResult);
}, () =>
{
result = close_8_1_0.DirectBypass(result);
});
// Сохраняем результат прямого прохода.
StringBuilder resultBuilder = new StringBuilder();
resultBuilder.AppendLine("Название узла \tПорядковый номер в проходе \tУровень");
int i = 0;
foreach (KeyValuePair<string, int> item in result.TransportTrace)
resultBuilder.AppendLine(string.Format("{0} \t{1} \t{2}", item.Key, i++, item.Value));
File.WriteAllText("DirectBypass.txt", resultBuilder.ToString());
// Сохраняем результат обратного прохода.
StringBuilder reverseResultBuilder = new StringBuilder();
reverseResultBuilder.AppendLine("Название узла \tПорядковый номер в проходе \tУровень");
int j = 0;
foreach (KeyValuePair<string, int> item in reverseResult.TransportTrace)
reverseResultBuilder.AppendLine(string.Format("{0} \t{1} \t{2}", item.Key, j++, item.Value));
File.WriteAllText("ReverseBypass.txt", reverseResultBuilder.ToString());
}
/// <summary> /// Проход вперед. /// </summary> /// <param name="args">Аргумент прохода по трубопроводу.</param> /// <returns>Аргумент прохода по трубопроводу.</returns> public abstract BypassedArgument DirectBypass(BypassedArgument args);
/// <summary> /// Обратный проход. /// </summary> /// <param name="args">Аргумент прохода по трубопроводу.</param> /// <returns>Аргумент прохода по трубопроводу.</returns> public abstract BypassedArgument ReverseBypass(BypassedArgument args);
