/// <summary>
/// Таймер игры
/// </summary>
/// <param name="sender"></param>
/// <param name="e"></param>
private void GameTimer_Tick(object sender, EventArgs e)
{
timer.Text = m + ":" + s;
s = s - 1;
if (s == -1)
{
m = m - 1;
s = 59;
}
if (m == -1 && !no_reply)
{
timer.Text = "Время вышло";
GameTimer.Stop(); // Останавливаем таймер игры
EffectTimer.Stop(); // Останавливаем действующие эффекты
GlobalTimer.Stop(); // Останавливаем передвижение игроков
if (Mouse.mice.Count == 4)
{
ServerTimer.Stop(); // Прекращаем обмен данных с сервером
Server.ConclusionOfGame(); // Подведение итогов
Close();
}
else if (Mouse.mice.Count == 1)
{
MessageBox.Show("Время вышло!", "Конец игры");
Close();
}
no_reply = true;
}
}
// set up the timer service for messages that need to be processed in the main RunUO thread for safety reasons
public static void StartServerTimer(TimeSpan delay)
{
if (m_ServerTimer != null)
{
m_ServerTimer.Stop();
}
m_ServerTimer = new ServerTimer(delay);
m_ServerTimer.Start();
}
/// <summary>
/// Действия после закрытия GameForm
/// </summary>
/// <param name="sender"></param>
/// <param name="e"></param>
private void GameForm_FormClosed(object sender, FormClosedEventArgs e)
{
no_reply = false;
GameTimer.Stop(); // Останавливаем таймер игры
EffectTimer.Stop(); // Останавливаем действующие эффекты
GlobalTimer.Stop(); // Останавливаем передвижение игроков
ServerTimer.Stop(); // Останавливаем обмен данных с сервером
MenuForm menu_form = Owner as MenuForm;
menu_form.Show(); // Вызываем FormMenu
}
private void ReceiveCallback(IAsyncResult ar)
{
try
{
// Read data from the remote device.
int bytesRead = _clientSocket.EndReceive(ar);
// There is something to read
if (bytesRead > 0)
{
// Update the counter of reeived bytes.
_receiveBufferCounter += bytesRead;
if (_receiveBufferCounter > 0 && _receiveBufferCounter < _bytesToRead)
{
// I still need to receive data for the current message.
// Save what I received up to now, and listen again the socket.
Array.Copy(_receiveByteBuffer, 0, _storedByteBuffer, _receiveBufferCounter - bytesRead, bytesRead);
// Call the Receive again, to reed more bytes.
Receive(_bytesToRead - _receiveBufferCounter);
}
else if (_receiveBufferCounter == _bytesToRead)
{
// The counter is equal to _bytesToRead, the read is now complete.
// Still need to copy in the buffer what I have just received.
Array.Copy(_receiveByteBuffer, 0, _storedByteBuffer, _receiveBufferCounter - bytesRead, bytesRead);
// I read the first 2 bytes of a message containing its length
if (_receiveBufferCounter == 2)
{
// Message length is encoded in network byte order (Big Endian), so I need to check if the architecture
// of the host is Little Endian, in that case reverse the order of the bytes before decoding
if (BitConverter.IsLittleEndian)
{
Array.Reverse(_storedByteBuffer);
}
ushort messageLength = BitConverter.ToUInt16(_storedByteBuffer, 0);
nextRead = true;
Receive(messageLength);
}
else
{
// Then I can start processing the data.
// Create a string and get the received content of the buffer.
string receivedString = Encoding.Default.GetString(_storedByteBuffer);
string[] lines = Regex.Split(receivedString, "\n");
if (lines[0].Equals("newwindow")) // newwindows\n<path_exe>\n<nome_finestra>\n<handle>\n<pid>\n<dim_icona>\n<byteicon>
{
// I have a new window to listen about, and then add the to the ServerModel
string exePath = lines[1];
// Create the path and extract the file (program) name.
string windowName = lines[2];
int processHandle = Int32.Parse(lines[3]);
int processID = Int32.Parse(lines[4]);
// Set anyway the image as null.
BitmapImage icon = null;
if (lines.Length > 6)
{
// Means that there also information about the image, otherwise there is not
int iconDimension = Int32.Parse(lines[5]);
// If the iconDimension is < 0, that means that there were some errors: don't even read the rest of the message.
if (iconDimension > 0)
{
// Means that the Icon has been properly sent
icon = new BitmapImage();
byte[] imageByte = new byte[iconDimension];
// Compute the index of the start of the byte of the icon, so the already processed bytes.
int iconOffset = 0;
for (int i = 0; i < 6; i++)
{
iconOffset += lines[i].Length + 1;
}
// Take the image byte from the receivedByte, not from the receivedString, because it could have some \n characters.
Array.Copy(_storedByteBuffer.Skip(iconOffset).ToArray(), imageByte, iconDimension);
// Save the byte as a BitMapImage
using (var stream = new MemoryStream(imageByte))
{
stream.Position = 0;
icon.BeginInit();
icon.CreateOptions = BitmapCreateOptions.PreservePixelFormat;
icon.CacheOption = BitmapCacheOption.OnLoad;
icon.StreamSource = stream;
icon.EndInit();
icon.Freeze();
}
}
}
// Create the processModel with its constructor
// Icon can be null
ProcessModel newProcessM = new ProcessModel(windowName, exePath, processHandle, processID, icon);
// Set the notification message for the GUI.
_mainWinWMCaller.NotificationMessage = "Server: " + _serverIpAddress.ToString() + ".\nNew window " + newProcessM.ExePath + " has been created.";
// The process must be added in the ListofProcesses of the ServerModel
System.Windows.Application.Current.Dispatcher.Invoke((Action) delegate
{
_processList.Add(newProcessM);
});
// Update the process list the of the mainWindowModel.
_mainWinWMCaller.RaisePropertyChanged("TheProcessesList");
// Add this process to the applications of the same type
AddProcessToApplication(newProcessM);
}
if (lines[0].Equals("closed")) // closed\n<handle>\n<pid>
{
// I have received a notification from the server: one window have been closed.
// Extract Handle and PID
string[] handleAndPID = Regex.Split(lines[1], " ");
int handle = Int32.Parse(handleAndPID[0]);
int pid = Int32.Parse(handleAndPID[1]);
// Remove the Windows from the process lists. Find the process.
foreach (ProcessModel proc in _processList)
{
// Check if the window has the focus (different from null and they have the same handle)
if (_focusedProcess != null && _focusedProcess.ProcessWindowHandle.Equals(proc.ProcessWindowHandle))
{
// Check if the window has the focus (different from null and they have the same handle)
if (_focusedProcess != null && _focusedProcess.ProcessWindowHandle.Equals(proc.ProcessWindowHandle))
{
_focusedProcess.PauseWatch();
_focusedProcess = null;
}
System.Windows.Application.Current.Dispatcher.Invoke((Action) delegate
{
// Remove the process from the process list.
_processList.Remove(proc);
// Remove the process from the list of applications.
RemoveProcessFromApplications(proc);
});
// Set the notification message for the GUI.
_mainWinWMCaller.NotificationMessage = "Server: " + _serverIpAddress.ToString() + ".\nProcess " + proc.ExePath + " has been closed.";
// Exit the for loop.
break;
}
}
}
if (lines[0].Equals("focus"))
{
// I have received a notification, the window with focus has changed.
if (lines[1].Equals("nullwindow"))
{
// There is no focused window. Stop the focus: interrupt a timer.
// But only if the focused process already exists
if (_focusedProcess != null)
{
_focusedProcess.PauseWatch();
_focusedProcess.ProcessStatus = "";
_focusedProcess = null;
}
_mainWinWMCaller.NotificationMessage = "Server: " + _serverIpAddress.ToString() + ".\nFocus set on: null.";
}
if (lines[1].Equals("windowsoperatingsystem"))
{
// The focus is hold by the operating system. Stop the focus: interrupt a timer
// But only if the focused process already exists
if (_focusedProcess != null)
{
_focusedProcess.PauseWatch();
_focusedProcess.ProcessStatus = "";
_focusedProcess = null;
}
_mainWinWMCaller.NotificationMessage = "Server: " + _serverIpAddress.ToString() + ".\nFocus set on: Operating System.";
}
if (lines[1].All(char.IsDigit)) // Check that the string is a number.
{
// A window holds the focus.
int handle = Int32.Parse(lines[1]);
int pid = Int32.Parse(lines[2]);
// Change the focus: interrupt a timer (if there was one running) and start another.
// But only if the focused process already exists
if (_focusedProcess != null)
{
_focusedProcess.PauseWatch();
_focusedProcess.ProcessStatus = "";
}
// Find the focused process.
foreach (ProcessModel proc in _processList)
{
if (proc.ProcessWindowHandle == handle)
{
// Set this process as the focused one.
_focusedProcess = proc;
// Exit the for loop.
break;
}
}
_focusedProcess.RestartWatch();
_focusedProcess.ProcessStatus = "On Focus";
_mainWinWMCaller.NotificationMessage = "Server: " + _serverIpAddress.ToString() + ".\nFocus set on: " + _focusedProcess.ExePath + ".";
}
}
// Set the flag to read next block and go back to listen on the socket.
nextRead = true;
Receive(2);
}
}
}
else if (bytesRead == 0)
{
// In am in the case of a graceful disconnection, shutdown of the server from the serverside.
// Stop the Check Connection Timer
ServerTimer.Stop();
// Close the connection with the server. The disconnect function calls the CloseClient, the Remove server, and the removeProcessesFromApplication.
_mainWinWMCaller.DisconnectFromServer(this.ServerIpAddress);
// Close the connection with the server. The disconnect function calls the CloseClient, the Remove server, and the removeProcessesFromApplication.
System.Windows.Application.Current.Dispatcher.Invoke((Action) delegate
{
// Open the Error Window
Views.ErrorWindowView errView = new Views.ErrorWindowView();
ErrorWindowViewModel errWindViewModel = new ErrorWindowViewModel("Connessione interrotta dal server " + this.ServerIpAddress.ToString() + ".");
errWindViewModel.ClosingRequest += errView.Close;
errView.DataContext = errWindViewModel;
errView.Show();
});
}
}
catch (Exception e)
{
Console.WriteLine(e.ToString());
}
}
/// <summary></summary>
public static async Task Main(string[] args)
{
// NOTE: このプログラム中では社員データ(もしくはユーザデータ)の同期を行わせないため,
// 外部より任意の時点でそれらデータの同期を行わせる必要がある.
// 蓄積したデータを対象として追加及び削除などの更新処理を行わせない.
// データベース設定
Db.DbFactory.GetInstance(
await DbSettings.LoadAsync("db.conf"));
try {
readerSettings = await Settings.LoadAsync("settings.conf");
} catch (Exception) {
// 設定ファイルが存在しない場合や xml パースに失敗.
readerSettings = new Settings()
{
Id = Guid.NewGuid(),
Hostname = "192.168.100.64"
};
} finally {
if (readerSettings != null)
{
readerId = readerSettings.Id;
insideNumbers = readerSettings.InsideAntennas;
outsideNumbers = readerSettings.OutsideAntennas;
}
}
try {
// データベースへ該当リーダのデータを追加
await entleaving.Db.DAO.Reader.UpsertAsync(
readerSettings.Id,
readerSettings.Hostname,
null,
null);
} catch {
throw;
}
// FreeeAPI アクセストーク取得
if (!File.Exists("access_token.json"))
{
throw new FileNotFoundException(
message: null,
fileName: "access_token.json");
}
var freeeToken = await entleaving.freee.ResponseToken.LoadAsync("access_token.json");
var freeeAPI = entleaving.freee.FreeeAPIFactory.GetInstance(freeeToken.AccessToken);
freeeAPI.Token = freeeToken;
try {
var clientInfo = await entleaving.freee.FreeeAPIClientInfo.LoadAsync("freee_client.conf");
freeeAPI.ClientId = clientInfo.Id;
freeeAPI.ClientSecret = clientInfo.Secret;
} catch {
Console.Error.WriteLine($"Warning # Freeee API のクライアント情報の取得に失敗. アクセストークンの更新が行えない可能性があります.");
}
// UHF 帯 RFID リーダ動作開始
IUhfReader reader = new R420Reader();
reader.ConnectionLost += OnUhfReaderConnectionLost;
reader.DetectedTag += OnUhfReaderDetectedTag;
reader.Settings = readerSettings;
reader.Open();
reader.Start();
Console.CancelKeyPress += OnCancelKeyPress;
intervalTimer.Elapsed += OnIntervalTimerElapsed;
intervalTimer.Start();
eventHandler = new EventWaitHandle(
initialState: false,
mode: EventResetMode.ManualReset);
eventHandler.WaitOne();
reader.DetectedTag -= OnUhfReaderDetectedTag;
intervalTimer.Elapsed -= OnIntervalTimerElapsed;
intervalTimer.Stop();
#if DEBUG
Console.Error.WriteLine($"Debug Exit.");
#endif
reader.Stop();
reader.Close();
}