private void GetDevicesReport()
{
bool haveMultiChannelDevice = m_model.GetDevices().Count(x => x is MultiChannelDevice) > 0;
m_writer.WriteLine(
$" <table>\r\n" +
$" <caption>{GlobalizationEngine.GetString("Information about devices")}</caption>\r\n" +
$" <tr>\r\n" +
$" <th>{GlobalizationEngine.GetString("Name of device")}</th>\r\n" +
$" <th>{GlobalizationEngine.GetString("Average processing time")}</th>\r\n" +
$" <th>{GlobalizationEngine.GetString("Load percentage")}</th>\r\n" +
$" <th>{GlobalizationEngine.GetString("Transact count")}</th>\r\n" +
(haveMultiChannelDevice ? $" <th>{GlobalizationEngine.GetString("Channel count")}</th>\r\n" : "") +
$" </tr>");
foreach (Device device in m_model.GetDevices())
{
string avgProcessingTime = (device.TimeUsedSum * 1.0f / device.TransactCount).ToString("0.##");
string loadPercentage = (device.TimeUsedSum * 1.0f / m_model.ModelTime * 100).ToString("0.##");
m_writer.WriteLine($"<tr><td>{device.Name}</td><td>{avgProcessingTime}</td><td>{loadPercentage}%</td><td>{device.TransactCount}</td>");
if (device is MultiChannelDevice)
{
MultiChannelDevice multichannelDevice = device as MultiChannelDevice;
m_writer.WriteLine($"<td>{multichannelDevice.StorageSize}</td>");
}
m_writer.WriteLine("</tr>");
}
m_writer.WriteLine(" </table>");
}
private void GetDevicesReport(int maxPossibleLines)
{
Console.WriteLine($" {GlobalizationEngine.GetString("Information about devices")}:");
int outputLength = 0;
foreach (Device device in m_model.GetDevices())
{
double avgProcessingTime = device.TimeUsedSum * 1.0f / device.TransactCount;
Console.WriteLine($" {GlobalizationEngine.GetString("Name of device")}: {device.Name}");
Console.WriteLine($" {GlobalizationEngine.GetString("Average processing time")}: {avgProcessingTime.ToString("0.##")}");
Console.WriteLine($" {GlobalizationEngine.GetString("Load percentage")}: {(device.TimeUsedSum * 1.0f / m_model.ModelTime * 100).ToString("0.##")}%");
Console.WriteLine($" {GlobalizationEngine.GetString("Transact count")}: {device.TransactCount}");
if (device is MultiChannelDevice)
{
MultiChannelDevice multichannelDevice = device as MultiChannelDevice;
Console.WriteLine($" {GlobalizationEngine.GetString("Channel count")}: {multichannelDevice.StorageSize}");
}
if (maxPossibleLines != -1 && outputLength++ > maxPossibleLines)
{
Console.WriteLine(GlobalizationEngine.GetString("There are too many items to be displayed. Truncating output. If you want to avoid it, set maxPossibleLines to -1"));
return;
}
}
}
private void GetDevicesReport()
{
bool haveMultiChannelDevice = m_model.GetDevices().Count(x => x is MultiChannelDevice) > 0;
m_writer.WriteLine($"## {GlobalizationEngine.GetString("Information about devices")}");
m_writer.WriteLine("");
m_writer.WriteLine($"| {GlobalizationEngine.GetString("Name of device")} | {GlobalizationEngine.GetString("Average processing time")} | " +
$" {GlobalizationEngine.GetString("Average processing time")} | {GlobalizationEngine.GetString("Transact count")} | {(haveMultiChannelDevice? GlobalizationEngine.GetString("Channel count") + " |":"")}");
m_writer.WriteLine($"|-------------|---------------------|-----------------|----------------|{(haveMultiChannelDevice ?"----------------|":"")}");
foreach (Device device in m_model.GetDevices())
{
string avgProcessingTime = (device.TimeUsedSum * 1.0f / device.TransactCount).ToString("0.##");
string loadPercentage = (device.TimeUsedSum * 1.0f / m_model.ModelTime * 100).ToString("0.##");
string line = $"| {device.Name} | {avgProcessingTime} | {loadPercentage}% | {device.TransactCount} |";
if (device is MultiChannelDevice)
{
MultiChannelDevice multichannelDevice = device as MultiChannelDevice;
line += $" {multichannelDevice.StorageSize} |";
}
m_writer.WriteLine(line);
}
}
static void Main(string[] args)
{
InitGlobalizationEngine(Language.RU);
Model model = new Model();
MultiChannelDevice multiChannelDevice = model.CreateMultiChannelDevice("MultiChannel", 7);
SMQueue queue = model.CreateQueue("Accumulator");
UInt64 transactCounter = 1;
model.Schedule((int)Events.EventGenerate, model.Random(14, 26), transactCounter);
model.Schedule((int)Events.EventEnd, 4800, (ulong)1e9);
UInt64 currentTransact = 1;
Events currentEvent = Events.EventEnd;
do
{
(UInt64, UInt64)top = model.Cause();
currentEvent = (Events)top.Item1;
currentTransact = top.Item2;
switch (currentEvent)
{
case Events.EventGenerate:
{
model.Schedule((int)Events.EventReserve, 0, currentTransact);
transactCounter++;
model.Schedule((int)Events.EventGenerate, model.Random(14, 26), transactCounter);
break;
}
case Events.EventReserve:
{
if (multiChannelDevice.GetState() != Device.State.Full)
{
multiChannelDevice.Reserve(currentTransact);
model.Schedule((int)Events.EventRelease, model.Random(130, 150), currentTransact);
}
else
{
queue.Add(currentTransact, 0);
}
break;
}
case Events.EventRelease:
{
multiChannelDevice.Release();
if (queue.Count > 0)
{
UInt64 transactId = queue.Dequeue(out UInt64 stage).TransactId;
model.Schedule((int)Events.EventReserve, 0, transactId);
}
break;
}
case Events.EventEnd:
{
break;
}
default:
{
throw new Exception();
}
}
}while (currentEvent != Events.EventEnd);
using (HtmlReporter htmlReporter = new HtmlReporter(model))
{
htmlReporter.GetReport("output.html");
}
}
