/// <summary>
/// одиночное испытание
/// </summary>
/// <param name="sender"></param>
/// <param name="e"></param>
private void button1_Click(object sender, EventArgs e)
{
richTextBox1.Text = "";
file = new System.IO.StreamWriter("output.txt", true);
file.WriteLine("\n\n\n");
IProcedure input = new Input();
IProcedure placing = new Placing();
IProcedure tracing = new Tracing();
IProcedure displaying = new Displaying();
IProcedure displaying2 = new Displaying();
IProcedure evaluation = new Evaluation();
IProcedure evaluation2 = new Evaluation();
IProcedure storing = new Storing();
Designer designer = new Designer();
Designer designer2 = new Designer();
Computer comp1 = new Computer()
{
CpuFrequency = decimal.ToDouble(numericUpDown1.Value) * 1e6
};
Computer comp2 = new Computer()
{
CpuFrequency = decimal.ToDouble(numericUpDown3.Value) * 1e6
};
Computer serv = new Computer {
CpuFrequency = decimal.ToDouble(numericUpDown2.Value) * 1e6
};
Logger logger = new Logger();
(input as IObservable).AddObserver(logger);
(placing as IObservable).AddObserver(logger);
(displaying as IObservable).AddObserver(logger);
(displaying2 as IObservable).AddObserver(logger);
(evaluation as IObservable).AddObserver(logger);
(evaluation2 as IObservable).AddObserver(logger);
(storing as IObservable).AddObserver(logger);
(tracing as IObservable).AddObserver(logger);
Board board = new Board(100, 100, 100);
AbsrtactTask tempTask = board;
input.AddResource(designer);
input.AddResource(comp1);
placing.AddResource(comp1);
placing.AddResource(designer);
switch (comboBox1.SelectedIndex)
{
case 0:
placing.AddResource(new TightPlacingAlgorithm());
break;
case 1:
placing.AddResource(new MatrixPlacingAlgorithm());
break;
default:
placing.AddResource(new TightPlacingAlgorithm());
break;
}
tracing.AddResource(comp2);
tracing.AddResource(designer2);
switch (comboBox2.SelectedIndex)
{
case 0:
tracing.AddResource(new TrunkTracingAlgorythm());
break;
case 1:
tracing.AddResource(new WaveTracingAlgorythm());
break;
case 2:
tracing.AddResource(new BeamTracingAlgorythm());
break;
break;
default:
tracing.AddResource(new WaveTracingAlgorythm());
break;
}
displaying.AddResource(comp1);
displaying.AddResource(designer);
evaluation.AddResource(designer);
evaluation.AddResource(comp1);
//common input
tempTask = input.PerformProcedure(tempTask);
//placing step
do
{
tempTask = placing.PerformProcedure(tempTask);
tempTask = displaying.PerformProcedure(tempTask);
tempTask = evaluation.PerformProcedure(tempTask);
if (tempTask is Board)
{
if ((tempTask as Board).quality != Board.Quality.Bad)
{
break;
}
}
} while (true);
storing.AddResource(serv);
storing.AddResource(designer);
tempTask = storing.PerformProcedure(tempTask);
//do a job before tracing
displaying2.AddResource(comp2);
displaying2.AddResource(designer2);
evaluation2.AddResource(designer2);
evaluation2.AddResource(comp2);
//tracing step
do
{
tempTask = tracing.PerformProcedure(tempTask);
tempTask = displaying2.PerformProcedure(tempTask);
tempTask = evaluation2.PerformProcedure(tempTask);
if (tempTask is Board)
{
if ((tempTask as Board).quality != Board.Quality.Bad)
{
break;
}
}
} while (true);
//change employee
storing.RemoveResource(designer);
storing.AddResource(designer2);
tempTask = storing.PerformProcedure(tempTask);
richTextBox1.Text += logger.Log;
file.Write(logger.Log);
file.Close();
}
private TimeSpan AverageValueExperiment(Board board, PlacingAndTracingStepResources resources, int count)
{
TimeSpan result = new TimeSpan();
for (int i = 0; i < count; i++)
{
IProcedure input = new Input();
IProcedure placing = new Placing();
IProcedure tracing = new Tracing();
IProcedure displaying = new Displaying();
IProcedure displaying2 = new Displaying();
IProcedure evaluation = new Evaluation();
IProcedure evaluation2 = new Evaluation();
IProcedure storing = new Storing();
Designer designer = resources.designer;
Designer designer2 = resources.designer2;
Computer comp1 = resources.workstation;
Computer comp2 = resources.workstation2;
Computer serv = resources.server;
AbsrtactTask tempTask = board;
input.AddResource(designer);
input.AddResource(comp1);
placing.AddResource(comp1);
placing.AddResource(designer);
placing.AddResource(resources.algorithm);
displaying.AddResource(comp1);
displaying.AddResource(designer);
evaluation.AddResource(designer);
evaluation.AddResource(comp1);
//commont
tempTask = input.PerformProcedure(tempTask);
//placing
do
{
tempTask = placing.PerformProcedure(tempTask);
tempTask = displaying.PerformProcedure(tempTask);
tempTask = evaluation.PerformProcedure(tempTask);
if (tempTask is Board)
{
if ((tempTask as Board).quality != Board.Quality.Bad)
{
break;
}
}
} while (true);
storing.AddResource(serv);
storing.AddResource(designer);
tempTask = storing.PerformProcedure(tempTask);
//tracing
//do a job before tracing
tracing.AddResource(comp2);
tracing.AddResource(resources.algorithm2);
displaying2.AddResource(comp2);
displaying2.AddResource(designer2);
evaluation2.AddResource(designer2);
evaluation2.AddResource(comp2);
//tracing step
do
{
tempTask = tracing.PerformProcedure(tempTask);
tempTask = displaying2.PerformProcedure(tempTask);
tempTask = evaluation2.PerformProcedure(tempTask);
if (tempTask is Board)
{
if ((tempTask as Board).quality != Board.Quality.Bad)
{
break;
}
}
} while (true);
//change employee
storing.RemoveResource(designer);
storing.AddResource(designer2);
tempTask = storing.PerformProcedure(tempTask);
result += (tempTask as Board).DevelopTime;
}
return(TimeSpan.FromHours(result.TotalHours / count));
}