public override void OnStartPrint(PrintDocument document, PrintEventArgs e)
{
base.OnStartPrint(document, e);
this.document = document;
this.pageNumber = 1;
if (SystemInformation.UserInteractive)
{
this.backgroundThread = new BackgroundThread(this);
}
try
{
this.underlyingController.OnStartPrint(document, e);
}
catch
{
if (this.backgroundThread != null)
{
this.backgroundThread.Stop();
}
throw;
}
finally
{
if ((this.backgroundThread != null) && this.backgroundThread.canceled)
{
e.Cancel = true;
}
}
}
/// <include file='doc\PrintControllerWithStatusDialog.uex' path='docs/doc[@for="PrintControllerWithStatusDialog.OnStartPrint"]/*' />
/// <internalonly/>
/// <devdoc>
/// <para>
/// Implements StartPrint by delegating to the underlying controller.
/// </para>
/// </devdoc>
public override void OnStartPrint(PrintDocument document, PrintEventArgs e) {
base.OnStartPrint(document, e);
this.document = document;
pageNumber = 1;
if (SystemInformation.UserInteractive) {
backgroundThread = new BackgroundThread(this); // starts running & shows dialog automatically
}
// OnStartPrint does the security check... lots of
// extra setup to make sure that we tear down
// correctly...
//
try {
underlyingController.OnStartPrint(document, e);
}
catch {
if (backgroundThread != null) {
backgroundThread.Stop();
}
throw;
}
finally {
if (backgroundThread != null && backgroundThread.canceled) {
e.Cancel = true;
}
}
}
public BackgroundParser(RazorEngineHost host, string fileName)
{
_main = new MainThreadState(fileName);
_bg = new BackgroundThread(_main, host, fileName);
_main.ResultsReady += (sender, args) => OnResultsReady(args);
}
public void should_not_continue_execution_after_awaiting_a_send_in_the_MessageReceived_thread()
{
using (MessageId.PauseIdGeneration())
{
var command = new FakeCommand(456);
SetupPeersHandlingMessage <FakeCommand>(_peerUp);
_bus.Start();
var task = _bus.Send(command);
var commandCompleted = new MessageExecutionCompleted(MessageId.NextId(), 0, null);
int backgroundThreadId = 0;
BackgroundThread.Start(() =>
{
backgroundThreadId = Thread.CurrentThread.ManagedThreadId;
_transport.RaiseMessageReceived(commandCompleted.ToTransportMessage());
});
var getThreadIdTask = GetThreadIdAfterAwaitingCommandResult(task);
getThreadIdTask.Result.ShouldNotEqual(backgroundThreadId);
}
}
public override void OnStartPrint(PrintDocument document, PrintEventArgs e)
{
base.OnStartPrint(document, e);
this.document = document;
pageNumber = 1;
if (SystemInformation.UserInteractive)
{
backgroundThread = new BackgroundThread(this); // starts running & shows dialog automatically
}
// OnStartPrint does the security check... lots of
// extra setup to make sure that we tear down
// correctly...
//
try
{
underlyingController.OnStartPrint(document, e);
}
catch
{
if (backgroundThread != null)
{
backgroundThread.Stop();
}
throw;
}
finally
{
if (backgroundThread != null && backgroundThread.canceled)
{
e.Cancel = true;
}
}
}
public InstanceManager(MainWindow mainWindow)
{
this.userlogin = new UserLogin(this);
this.mainWindow = mainWindow;
this.backgroundthread = new BackgroundThread(this);
this.uihelp = new UIHelp(this);
this.action = new ACTION(this);
this.configManager = new ConfigManager(this);
this.asset_textes = new Programe.TextRes.Asset_Textes(this);
this.catchdatasummery = new CatchDataSummery(this);
this.userdatasummery = new UserDataSummery(this);
this.friend = new Friend(this);
this.battleloop_n = new BattleLoop_Normal(this);
this.battleloop_a = new BattleLoop_Activity(this);
this.battleloop_s = new BattleLoop_Simulation(this);
//4个后勤任务
for (int x = 0; x < 4; x++)
{
Operation_Act_Info auto_operation_act = new Operation_Act_Info();
Dic_auto_operation_act.Add(Dic_auto_operation_act.Count, auto_operation_act);
}
//练级任务
new_User_Normal_MissionInfo nunm = new new_User_Normal_MissionInfo(BattleLoop_AN_Teams, 0);
dic_userbattletaskinfo.Add(dic_userbattletaskinfo.Count, nunm);
for (int x = 0; x < 2; x++)
{
EquipBuilt eb = new EquipBuilt();
this.list_equipBuilt.Add(eb);
}
this.auto_summery = new Auto_Summery(this);
this.battle_loop = new BattleLoop(this);
}
static Log()
{
TrinityC.Init();
try
{
TrinityConfig.LoadTrinityConfig();
}
catch
{
Log.WriteLine(LogLevel.Error, "Failure to load config file, falling back to default log behavior");
}
string unitTestAssemblyName = "Microsoft.VisualStudio.QualityTools.UnitTestFramework";
bool isInUnitTest = AssemblyUtility.AnyAssembly(a => a.FullName.StartsWith(unitTestAssemblyName, StringComparison.Ordinal));
if (isInUnitTest)
{
WriteLine(LogLevel.Info, "UnitTestFramework detected. Enabling echo callback.");
var LogFilename = Path.Combine(TrinityConfig.LogDirectory, "trinity-[" + DateTime.Now.ToStringForFilename() + "].log");
new Thread(_unitTestLogEchoThread).Start(LogFilename);
}
BackgroundThread.AddBackgroundTask(new BackgroundTask(CollectLogEntries, c_LogEntryCollectorIdleInterval));
}
/// <summary>
/// Initializes Graph Engine.
/// This method will be automatically called
/// when the static constructor of `Global`
/// is triggered. However, when the Graph Engine
/// is uninitialized, one would have to manually
/// call this again before using the local memory storage.
/// </summary>
public static void Initialize()
{
lock (s_storage_init_lock)
{
if (s_master_init_flag)
{
return;
}
_LoadGraphEngineExtensions();
_ScanForTSLStorageExtension();
_ScanForMemoryCloudExtension();
_ScanForStartupTasks();
s_master_init_flag = true;
BackgroundThread.Start();
}
try
{
Initialized();
}
catch
{
//TODO log
}
}
internal RemoteStorage(AvailabilityGroup trinityServer, int connPerServer, MemoryCloud mc, int serverId, bool nonblocking)
{
this.memory_cloud = mc;
this.MyServerId = serverId;
var connect_async_task = Task.Factory.StartNew(() =>
{
for (int k = 0; k < connPerServer; k++) // make different server connections interleaved
{
for (int i = 0; i < trinityServer.Instances.Count; i++)
{
Connect(trinityServer.Instances[i]);
}
}
BackgroundThread.AddBackgroundTask(new BackgroundTask(Heartbeat, TrinityConfig.HeartbeatInterval));
mc.ReportServerConnectedEvent(serverId);
});
if (!nonblocking)
{
try { connect_async_task.Wait(); }
catch (AggregateException ex) { ExceptionDispatchInfo.Capture(ex.InnerException).Throw(); }
}
}
internal StatusDialog(BackgroundThread backgroundThread, string dialogTitle) {
InitializeComponent();
this.backgroundThread = backgroundThread;
this.Text = dialogTitle;
this.MinimumSize = Size;
}
static Index()
{
BackgroundIndexUpdater();
BackgroundThread.AddBackgroundTask(new BackgroundTask(BackgroundIndexUpdater, s_BackgroundIndexUpdateInterval));
}
static void Main(string[] args)
{
BackgroundThread bt = new BackgroundThread(plainOldWorkerFunction, plainOldCallbackFunction);
bt.Start(1234);
}
/// <summary>
/// Initializes a new instance of the AddressBookItemBackgroundThreadContext class
/// </summary>
/// <param name="thread"></param>
/// <param name="item"></param>
public AddressBookItemBackgroundThreadContext(BackgroundThread thread, AddressBookItem item)
{
_thread = thread;
_item = item;
}
private void StartReceptionThread()
{
_receptionThread = BackgroundThread.Start(PendingReceivesDispatcher);
}
public static SimpleCoroutineAwaiter GetAwaiter(this BackgroundThread instruction)
{
return(GetAwaiterReturnVoid(instruction));
}
/// <summary>
/// Shows progress dialog</summary>
public void Show()
{
if (IsDialogVisible)
return;
if (m_backgroundThread == null)
m_backgroundThread = new BackgroundThread(this);
m_backgroundThread.UpdateLabel();
if (m_isCanceled)
Close();
}
/// <summary>Initializes a new instance of the MainViewModel class.</summary>
public MainViewModel() : base()
{
#if ENGLISH
_dyTranslations.Add("AesKey", "256-bit AES key");
_dyTranslations.Add("AuthenticationKey", "authentication key");
_dyTranslations.Add("BitsText", "bits");
_dyTranslations.Add("Blocks", "blocks");
_dyTranslations.Add("BlockSize", "block size");
_dyTranslations.Add("Cancel", "cancel");
_dyTranslations.Add("CancelCreation", "cancel creation");
_dyTranslations.Add("CapacityInformation", "capacity up to {0:f1} % of the size of drive {1:s}");
_dyTranslations.Add("Close", "close");
_dyTranslations.Add("ComingSoon", "coming soon");
_dyTranslations.Add("Compare", "compare");
_dyTranslations.Add("CompareAgain", "compare again");
_dyTranslations.Add("CopiedToDestination", "copied to the destination directory");
_dyTranslations.Add("CopiedToSource", "copied to the source directory");
_dyTranslations.Add("Create", "create");
_dyTranslations.Add("CreatingNewKey", "Creating new key...");
_dyTranslations.Add("Deleted", "deleted");
_dyTranslations.Add("DestinationDateText", "destination date");
_dyTranslations.Add("DestinationDirectoryMissing", "The destination directory does not exist.");
_dyTranslations.Add("DestinationDirectoryText", "destination directory");
_dyTranslations.Add("DestinationFile", "destination file");
_dyTranslations.Add("DestinationNewer", "destination newer");
_dyTranslations.Add("DestinationOnly", "destination only");
_dyTranslations.Add("DestinationSizeText", "destination size");
_dyTranslations.Add("DriveText", "drive");
_dyTranslations.Add("EmptyDriveName", "not saved");
_dyTranslations.Add("ErrorDirectoriesIdentical", "Identical or nested directories cannot be synchronized.");
_dyTranslations.Add("ErrorFilesIdentical", "Identical files cannot be synchronized.");
_dyTranslations.Add("ErrorMessageText", "error message");
_dyTranslations.Add("Export", "export");
_dyTranslations.Add("Failure", "failure");
_dyTranslations.Add("FileNotFound", "File »{0:s}« was not found.");
_dyTranslations.Add("FinishCompare", "Comparison of the directories was finished.");
_dyTranslations.Add("FinishFillKey", "Creation of a key was finished.");
_dyTranslations.Add("FormatText", "format");
_dyTranslations.Add("FoundAuthenticationKey", "The name of the authentication key is »{0:s}«.");
_dyTranslations.Add("FoundPrivateKey", "The name of the private key is »{0:s}«.");
_dyTranslations.Add("FoundSymmetricKey", "The name of the AES key is »{0:s}«.");
_dyTranslations.Add("Identical", "identical");
_dyTranslations.Add("Iterations", "iterations");
_dyTranslations.Add("KeyFormatPassword", "password");
_dyTranslations.Add("KeyFormatPrivate", "private");
_dyTranslations.Add("KeyFormatPublic", "public");
_dyTranslations.Add("KeyNumerals0", "value (hidden)");
_dyTranslations.Add("KeyNumerals2", "value (binary)");
_dyTranslations.Add("KeyNumerals10", "value (decimal)");
_dyTranslations.Add("KeyNumerals16", "value (hexadecimal)");
_dyTranslations.Add("KeyNumerals64", "value (Base64)");
_dyTranslations.Add("KeyInvalid", "The value for the 256-bit key is invalid.");
_dyTranslations.Add("KeyNameText", "key name");
_dyTranslations.Add("KeyParameterSymmetric", "symmetric key");
_dyTranslations.Add("Keys", "keys");
_dyTranslations.Add("KeyTextPublic", "public");
_dyTranslations.Add("KeyTooLong", "The value for the 256-bit key is too long.");
_dyTranslations.Add("KeyTooShort", "The value for the 256-bit key is too short.");
_dyTranslations.Add("KeyTypeInvalid", "invalid");
_dyTranslations.Add("KeyTypeSymmetric", "symmetric");
_dyTranslations.Add("KeyTypeSymmetric256Bit", "symmetric, 256 bits");
_dyTranslations.Add("MaximumBlockCount", "max. block count (levels)");
_dyTranslations.Add("Messages", "messages");
_dyTranslations.Add("MessageText", "message");
_dyTranslations.Add("ModeNoDelete", "no delete");
_dyTranslations.Add("ModeTwoWay", "two-way");
_dyTranslations.Add("ModeWithDelete", "with delete");
_dyTranslations.Add("NewKey", "new key");
_dyTranslations.Add("NoAuthenticationKey", "No authentication key was found to match these data.");
_dyTranslations.Add("NoSymmetricKey", "No symmetric key was found to match these data.");
_dyTranslations.Add("OnDrive", "save on drive");
_dyTranslations.Add("PleaseCheck", "please check");
_dyTranslations.Add("ProgrammingError", "A programming error occurred. I am sorry, this should not have happened.");
_dyTranslations.Add("ProgramVersion", "Program version " + sProgramVersion + " of 26/12/2020 is ready.");
_dyTranslations.Add("Progress", "progress");
_dyTranslations.Add("ReadDrivesAndKeys", "re-read drives");
_dyTranslations.Add("RelativePathText", "relative path");
_dyTranslations.Add("ReplacedFromSource", "replaced with the older version from the source directory");
_dyTranslations.Add("Reserve", "reserve");
_dyTranslations.Add("Save", "save");
_dyTranslations.Add("Select", "select");
_dyTranslations.Add("SelectDestinationDirectory", "select destination directory");
_dyTranslations.Add("SelectDestinationFile", "select destination file");
_dyTranslations.Add("SelectSourceDirectory", "select source directory");
_dyTranslations.Add("SelectSourceFile", "select source file");
_dyTranslations.Add("SelectTemporaryDirectory", "select temporary directory");
_dyTranslations.Add("Size", "size");
_dyTranslations.Add("Skipped", "skipped");
_dyTranslations.Add("SourceDateText", "source date");
_dyTranslations.Add("SourceDirectoryMissing", "The source directory does not exist.");
_dyTranslations.Add("SourceDirectoryText", "source directory");
_dyTranslations.Add("SourceFile", "source file");
_dyTranslations.Add("SourceFileMissing", "The source file does not exist.");
_dyTranslations.Add("SourceSizeText", "source size");
_dyTranslations.Add("SourceNewer", "source newer");
_dyTranslations.Add("SourceOnly", "source only");
_dyTranslations.Add("StartCompare", "Comparison of the directories was started.");
_dyTranslations.Add("StartFillKey", "Creation of a key was started.");
_dyTranslations.Add("Swap", "swap");
_dyTranslations.Add("Synchronize", "synchronize");
_dyTranslations.Add("Task", "task");
_dyTranslations.Add("TaskNameText", "task name");
_dyTranslations.Add("TemporaryDirectoryText", "temporary directory for larger files");
_dyTranslations.Add("TimeText", "time");
_dyTranslations.Add("TypeText", "type");
_dyTranslations.Add("UnspecifiedError", "A relatively rare error occurred. This is why there is no more information.");
_dyTranslations.Add("UseWorkingMemory", "use working memory up to");
_dyTranslations.Add("WillBe", "will be ");
_dyTranslations.Add("WillBeSkipped", "will be skipped");
_dyTranslations.Add("WindowTitle", "File synchronization and mirrored backups");
_dyTranslations.Add("WrongFileFormat", "File »{0:s}« has a wrong format and could not be read.");
#elif DEUTSCH
_dyTranslations.Add("AesKey", "256-Bit AES-Schlüssel");
_dyTranslations.Add("AuthenticationKey", "Authentifizierungs-Schlüssel");
_dyTranslations.Add("BitsText", "Bit");
_dyTranslations.Add("Blocks", "Blöcke");
_dyTranslations.Add("BlockSize", "Blockgröße");
_dyTranslations.Add("Cancel", "abbrechen");
_dyTranslations.Add("CancelCreation", "Erzeugung abbrechen");
_dyTranslations.Add("CapacityInformation", "Kapazität bis zu {0:f1} % der Größe von Laufwerk {1:s}");
_dyTranslations.Add("Close", "schließen");
_dyTranslations.Add("ComingSoon", "folgt demnächst");
_dyTranslations.Add("Compare", "vergleichen");
_dyTranslations.Add("CompareAgain", "neu vergleichen");
_dyTranslations.Add("CopiedToDestination", "in das Zielverzeichnis kopiert");
_dyTranslations.Add("CopiedToSource", "in das Quellverzeichnis kopiert");
_dyTranslations.Add("Create", "erzeugen");
_dyTranslations.Add("CreatingNewKey", "Erzeuge neuen Schlüssel...");
_dyTranslations.Add("Deleted", "gelöscht");
_dyTranslations.Add("DestinationDateText", "Datum Ziel");
_dyTranslations.Add("DestinationDirectoryMissing", "Das Zielvereichnis existiert nicht.");
_dyTranslations.Add("DestinationDirectoryText", "Zielverzeichnis");
_dyTranslations.Add("DestinationFile", "Zieldatei");
_dyTranslations.Add("DestinationNewer", "neueres Ziel");
_dyTranslations.Add("DestinationOnly", "nur Ziel");
_dyTranslations.Add("DestinationSizeText", "Größe Ziel");
_dyTranslations.Add("DriveText", "Laufwerk");
_dyTranslations.Add("EmptyDriveName", "ungespeichert");
_dyTranslations.Add("ErrorDirectoriesIdentical", "Identische oder in einander enthaltene Verzeichnisse können nicht synchronisiert werden.");
_dyTranslations.Add("ErrorFilesIdentical", "Identische Dateien können nicht synchronisiert werden.");
_dyTranslations.Add("ErrorMessageText", "Fehlernachricht");
_dyTranslations.Add("ErrorWorkingMemoryLimit", "Das Verschlüsseln mehrerer Gigabyte an Daten ist (noch) nicht möglich.");
_dyTranslations.Add("Export", "exportieren");
_dyTranslations.Add("Failure", "fehlerhaft");
_dyTranslations.Add("FileNotFound", "Die Datei »{0:s}« wurde nicht gefunden.");
_dyTranslations.Add("FinishCompare", "Der Vergleich der Verzeichnisse wurde beendet.");
_dyTranslations.Add("FinishFillKey", "Das Erzeugen eines Schlüssels wurde beendet.");
_dyTranslations.Add("FormatText", "Format");
_dyTranslations.Add("FoundAuthenticationKey", "Der Name des Authentifizierungs-Schlüssels ist »{0:s}«.");
_dyTranslations.Add("FoundPrivateKey", "Der Name des privaten Schlüssels ist »{0:s}«.");
_dyTranslations.Add("FoundSymmetricKey", "Der Name des AES-Schlüssels ist »{0:s}«.");
_dyTranslations.Add("Identical", "identisch");
_dyTranslations.Add("Iterations", "Durchläufe");
_dyTranslations.Add("KeyFormatPassword", "Passwort");
_dyTranslations.Add("KeyFormatPrivate", "privat");
_dyTranslations.Add("KeyFormatPublic", "öffentlich");
_dyTranslations.Add("KeyNumerals0", "Wert (verborgen)");
_dyTranslations.Add("KeyNumerals2", "Wert (binär)");
_dyTranslations.Add("KeyNumerals10", "Wert (dezimal)");
_dyTranslations.Add("KeyNumerals16", "Wert (hexadezimal)");
_dyTranslations.Add("KeyNumerals64", "Wert (Base64)");
_dyTranslations.Add("KeyInvalid", "Der Wert für den 256-Bit-Schlüssel ist ungültig.");
_dyTranslations.Add("KeyNameText", "Schlüsselname");
_dyTranslations.Add("KeyParameterSymmetric", "symmetrischer Schlüssel");
_dyTranslations.Add("Keys", "Schlüssel");
_dyTranslations.Add("KeyTextPublic", "öffentlich");
_dyTranslations.Add("KeyTooLong", "Der Wert für den 256-Bit-Schlüssel ist zu lang.");
_dyTranslations.Add("KeyTooShort", "Der Wert für den 256-Bit-Schlüssel ist zu kurz.");
_dyTranslations.Add("KeyTypeInvalid", "ungültig");
_dyTranslations.Add("KeyTypeSymmetric", "symmetrisch");
_dyTranslations.Add("KeyTypeSymmetric256Bit", "symmetrisch, 256 Bit");
_dyTranslations.Add("MaximumBlockCount", "max. Blockzahl (Ebenen)");
_dyTranslations.Add("Messages", "Nachrichten");
_dyTranslations.Add("MessageText", "Nachricht");
_dyTranslations.Add("ModeNoDelete", "kein Löschen");
_dyTranslations.Add("ModeTwoWay", "gegenseitig");
_dyTranslations.Add("ModeWithDelete", "mit Löschen");
_dyTranslations.Add("NewKey", "neuen Schlüssel");
_dyTranslations.Add("NoAuthenticationKey", "Zu diesen Daten wurde kein Authentifizierungs-Schlüssel gefunden.");
_dyTranslations.Add("NoSymmetricKey", "Zu diesen Daten wurde kein symmetrischer Schlüssel gefunden.");
_dyTranslations.Add("OnDrive", "auf Laufwerk");
_dyTranslations.Add("PleaseCheck", "bitte überprüfen");
_dyTranslations.Add("ProgrammingError", "Ein Programmierfehler ist aufgetreten. Entschuldigung, das hätte nicht passieren dürfen.");
_dyTranslations.Add("ProgramVersion", "Die Programmversion " + sProgramVersion + " vom 26.12.2020 ist bereit.");
_dyTranslations.Add("Progress", "Fortschritt");
_dyTranslations.Add("ReadDrivesAndKeys", "Laufwerke neu lesen");
_dyTranslations.Add("RelativePathText", "Relativer Pfad");
_dyTranslations.Add("ReplacedFromSource", "durch die ältere Version aus dem Quellverzeichnis ersetzt");
_dyTranslations.Add("Reserve", "reserviere");
_dyTranslations.Add("Save", "speichern");
_dyTranslations.Add("Select", "auswählen");
_dyTranslations.Add("SelectDestinationDirectory", "Zielverzeichnis wählen");
_dyTranslations.Add("SelectDestinationFile", "Zieldatei wählen");
_dyTranslations.Add("SelectSourceDirectory", "Quellverzeichnis wählen");
_dyTranslations.Add("SelectSourceFile", "Quelldatei wählen");
_dyTranslations.Add("SelectTemporaryDirectory", "Temporäres Verzeichnis wählen");
_dyTranslations.Add("Size", "Größe");
_dyTranslations.Add("Skipped", "übersprungen");
_dyTranslations.Add("SourceDateText", "Datum Quelle");
_dyTranslations.Add("SourceDirectoryMissing", "Das Quellvereichnis existiert nicht.");
_dyTranslations.Add("SourceDirectoryText", "Quellverzeichnis");
_dyTranslations.Add("SourceFile", "Quelldatei");
_dyTranslations.Add("SourceFileMissing", "Die Quelldatei existiert nicht.");
_dyTranslations.Add("SourceSizeText", "Größe Quelle");
_dyTranslations.Add("SourceNewer", "neuere Quelle");
_dyTranslations.Add("SourceOnly", "nur Quelle");
_dyTranslations.Add("StartCompare", "Der Vergleich der Verzeichnisse wurde gestartet.");
_dyTranslations.Add("StartFillKey", "Das Erzeugen eines Schlüssels wurde gestartet.");
_dyTranslations.Add("Swap", "tauschen");
_dyTranslations.Add("Synchronize", "synchronisieren");
_dyTranslations.Add("Task", "Aufgabe");
_dyTranslations.Add("TaskNameText", "Aufgabenname");
_dyTranslations.Add("TemporaryDirectoryText", "temporäres Verzeichnis für größere Dateien");
_dyTranslations.Add("TimeText", "Zeit");
_dyTranslations.Add("TypeText", "Typ");
_dyTranslations.Add("UnspecifiedError", "Ein relativ seltener Fehler ist aufgeteten. Genaueres ist deshalb nicht bekannt.");
_dyTranslations.Add("UseWorkingMemory", "Arbeitsspeicher nutzen bis");
_dyTranslations.Add("WillBe", "werden ");
_dyTranslations.Add("WillBeSkipped", "werden übersprungen");
_dyTranslations.Add("WindowTitle", "Dateisynchronisierung und gespiegelte Sicherungskopien");
_dyTranslations.Add("WrongFileFormat", "Die Datei »{0:s}« hat ein falsches Format und kann nicht gelesen werden.");
#endif
_dyTranslations.Add("HiddenKey", "●●●●●●●●●●●●●●●●●●●●●●●●●●●●●●●●●●●●●●●●●●●●●●●●●●●●●●●●");
_sBackgroundStatus = _sDestinationDirectory = _sSourceDirectory = _sTaskName = string.Empty;
_eBackgroundTask = BackgroundMessage.nType.Stop;
_eSynchronizationMode = PairOfFiles.nSynchronizationMode.WithDelete;
_ltDrives = new List <Drive>();
_ltPairs = new List <PairOfFiles>();
_blPairs = new BindingList <PairOfFiles>();
_Cryptography = null;
_DestinationDrive = new Drive(_Cryptography, false);
_SourceDrive = new Drive(_Cryptography, true);
_BackgroundThread = new BackgroundThread(_Cryptography);
_eMenuTab = nMenuTab.Task;
_eCaseTab = PairOfFiles.nComparison.SourceOnly;
_aiPairsCount = new int[(int)PairOfFiles.nComparison.Error + 1];
for (int i = 0; i < _aiPairsCount.Length; i++)
{
_aiPairsCount[i] = 0;
}
_aiPairsOrder = new int[(int)PairOfFiles.nComparison.Error + 1];
_aiPairsOrder[0] = 3;
_aiPairsOrder[1] = 5;
_aiPairsOrder[2] = 4;
_aiPairsOrder[3] = 2;
_aiPairsOrder[4] = 1;
_aiPairsOrder[5] = 0;
_blMessages = new BindingList <Property>
{
new Property(DateTime.Now, Translate("ProgramVersion"))
};
_SelectedTask = null;
_isDragOverTasks = _isProgressBarIndeterminate = false;
_iProgressBarValue = 0;
_iProgressBarMaximum = ciProgrssBarDefaultMaximum;
_UserInterfaceTimer = new DispatcherTimer();
_UserInterfaceTimer.Tick += new EventHandler(UserInterfaceTimerTick);
_UserInterfaceTimer.Interval = new TimeSpan(0, 0, 0, 0, 250);
sTemporaryDirectory = Path.GetTempPath();
ExecuteReadDrivesAndKeys();
dcCompare = new DelegateCommand(ExecuteCompare, CanExecuteCompare);
dcF5 = new DelegateCommand(ExecuteF5, CanExecuteF5);
dcSelectDestination = new DelegateCommand(ExecuteSelectDestination);
dcSelectSource = new DelegateCommand(ExecuteSelectSource);
dcSwap = new DelegateCommand(ExecuteSwap, CanExecuteSwap);
dcSynchronizeCancelOrRecompare = new DelegateCommand(ExecuteSynchronizeCancelOrRecompare, CanExecuteSynchronizeCancelOrRecompare);
}
public Promise OpenForNewConnections()
{
isListening = true;
listeningDeferred = Deferred.Create();
var startListeningDeferred = Deferred.Create();
BackgroundThread t = null;
t = new BackgroundThread(() =>
{
try
{
listener = new TcpListener(IPAddress.Any, port);
listener.Start();
}
catch (Exception ex)
{
startListeningDeferred.Reject(ex);
return;
}
// we have started listening
startListeningDeferred.Resolve();
try
{
while (isListening && t.IsExpired == false)
{
Socket socket;
try
{
socket = listener.AcceptSocket(TimeSpan.FromSeconds(1));
if (t.IsExpired)
{
return;
}
}
catch (TimeoutException)
{
continue;
}
var connection = new RemoteSocketConnection()
{
ClientId = (socket.RemoteEndPoint as IPEndPoint).Address.ToString() + ":" + (socket.RemoteEndPoint as IPEndPoint).Port,
RemoteSocket = socket,
MessageReceived = this.MessageReceived,
};
this.OnDisposed(connection.Dispose);
connection.Listen();
connections.Add(connection.ClientId, connection);
ClientConnected.Fire(connection);
}
listener.Stop();
listeningDeferred.Resolve();
}
catch (Exception ex)
{
listeningDeferred.Reject(ex);
}
finally
{
listeningDeferred = null;
}
});
this.OnDisposed(t.Dispose);
t.Start();
return(startListeningDeferred.Promise);
}
public Form1()
{
InitializeComponent();
BackgroundThread.RunWorkerAsync();
}
public new void Dispose()
{
BackgroundThread.Abort();
}
public MetroWindow()
{
Initialized += delegate
{
WindowStyle = WindowStyle.SingleBorderWindow;
};
Loaded += delegate
{
GoToState();
switch (SizeToContent)
{
case SizeToContent.WidthAndHeight:
case SizeToContent.Height:
case SizeToContent.Width:
SizeToContent = SizeToContent.Manual;
Width = ActualWidth - 16;
Height = ActualHeight - 32 - 7 + 3;
/*
* // 解决何必DLL到EXE中之后残留的Bug
* if (!File.Exists(Path.StartPath + @"\Arthas.dll"))
* {
* // Height = Height + 10;
* // Width = Width + 10; // 可能某些情况下不需要，但是无法获取到这些情况，所以全部加10像素，一般来说不会有问题
* }
*/
break;
default:
Height = ActualHeight + 32;
break;
}
MinWidth = MinWidth == 0.0 ? Width : MinWidth;
MinHeight = MinHeight == 0.0 ? Height : MinHeight;
if (ResizeMode == ResizeMode.CanMinimize || ResizeMode == ResizeMode.NoResize)
{
MaxWidth = Width;
MaxHeight = Height;
}
Left = (Screen.ScreenWidthLogic - Width) / 2;
Top = (Screen.ScreenHeightLogic - Height) / 3;
};
KeyUp += delegate(object sender, KeyEventArgs e)
{
if (e.Key == Key.Escape && EscClose)
{
Close();
}
};
Closing += delegate
{
if (BackgroundThread != null)
{
BackgroundThread.Abort();
}
};
StateChanged += delegate
{
if (ResizeMode == ResizeMode.CanMinimize || ResizeMode == ResizeMode.NoResize)
{
if (WindowState == WindowState.Maximized)
{
WindowState = WindowState.Normal;
}
}
};
#if DEBUG
ContentRendered += delegate
{
if (Debugger.IsAttached)
{
Title += " 编译器调试模式";
}
else
{
Title += " 调试模式";
}
Debug.WriteLine("当前处于调试版本，请勿发布！！！");
};
#endif
Utility.Refresh(this);
}
