/// <summary>Initializes a new instance of the <see cref="T4FileDataCache"/> class.</summary>
/// <param name="lifetime">The lifetime of this class.</param>
/// <param name="psiFiles">The PSI manager.</param>
/// <param name="directiveInfoManager">An instance of <see cref="DirectiveInfoManager"/>.</param>
public T4FileDataCache(Lifetime lifetime, [NotNull] PsiFiles psiFiles, [NotNull] DirectiveInfoManager directiveInfoManager)
{
_directiveInfoManager = directiveInfoManager;
FileDataChanged = new Signal <Pair <IPsiSourceFile, T4FileDataDiff> >(lifetime, "T4FileDataCache.FileDataChanged");
lifetime.Bracket(
() => psiFiles.PsiFileCreated += OnPsiFileChanged,
() => psiFiles.PsiFileCreated -= OnPsiFileChanged
);
lifetime.Bracket(
() => psiFiles.AfterPsiChanged += OnPsiChanged,
() => psiFiles.AfterPsiChanged -= OnPsiChanged
);
lifetime.OnTermination(_fileDataBySourceFile);
}
protected override void Init(Lifetime lifetime)
{
Protocol.InitTrace?.Log($"{this} :: binding");
var parentProtocol = base.Proto;
var parentWire = parentProtocol.Wire;
parentProtocol.Serializers.RegisterToplevelOnce(GetType(), Register);
//todo ExtScheduler
myExtWire.RealWire = parentWire;
lifetime.Bracket(
() => { myExtProtocol = new Protocol(parentProtocol.Name, parentProtocol.Serializers, parentProtocol.Identities, parentProtocol.Scheduler, myExtWire, lifetime, SerializationContext, parentProtocol.Contexts); },
() => { myExtProtocol = null; }
);
parentWire.Advise(lifetime, this);
lifetime.OnTermination(() => { SendState(parentWire, ExtState.Disconnected); });
//protocol must be set first to allow bindable bind to it
base.Init(lifetime);
SendState(parentWire, ExtState.Ready);
Protocol.InitTrace?.Log($"{this} :: bound");
}
public void Bind(Lifetime lf, IRdDynamic parent, string name)
{
if (myParent != null)
{
Assertion.Fail($"Trying to bound already bound {this} to {parent.Location}");
}
//todo uncomment when fix InterningTest
//Assertion.Require(RdId != RdId.Nil, "Must be identified first");
lf.Bracket(() =>
{
myParent = parent;
Location = parent.Location.Sub(name);
},
() =>
{
Location = Location.Sub("<<unbound>>", "::");
myParent = null;
RdId = RdId.Nil;
}
);
myDirectMap.Clear();
myInverseMap.Clear();
Proto.Wire.Advise(lf, this);
}
protected override void Init(Lifetime lifetime)
{
TraceMe(Protocol.InitializationLogger, "binding");
var parentProtocol = base.Proto;
var parentWire = parentProtocol.Wire;
parentProtocol.Serializers.RegisterToplevelOnce(GetType(), Register);
//todo ExtScheduler
myExtWire.RealWire = parentWire;
lifetime.Bracket(
() => { myExtProtocol = new Protocol(parentProtocol.Name, parentProtocol.Serializers, parentProtocol.Identities, parentProtocol.Scheduler, myExtWire, lifetime, SerializationContext, parentProtocol.ClientIdSet); },
() => { myExtProtocol = null; }
);
parentWire.Advise(lifetime, this);
SendState(parentWire, ExtState.Ready);
lifetime.OnTermination(() => { SendState(parentWire, ExtState.Disconnected); });
//protocol must be set first to allow bindable bind to it
base.Init(lifetime);
TraceMe <Func <string> >(Protocol.InitializationLogger, "created and bound :: {0}", this.PrintToString);
}
public void Bind(Lifetime lf, IRdDynamic parent, string name)
{
if (Parent != null)
{
Assertion.Fail($"Trying to bound already bound {this} to {parent.Location}");
}
//todo uncomment when fix InterningTest
//Assertion.Require(RdId != RdId.Nil, "Must be identified first");
lf.Bracket(() =>
{
Parent = parent;
Location = parent.Location.Sub(name);
myBindLifetime = lf;
IsBoundProperty.SetValue(true);
},
() =>
{
IsBoundProperty.SetValue(false);
myBindLifetime = Lifetime.Terminated;
Location = Location.Sub("<<unbound>>", "::");
Parent = null;
RdId = RdId.Nil;
}
);
Proto.Scheduler.AssertThread(this);
using (Signal.PriorityAdviseCookie.Create())
Init(lf);
}
public static void CreateOutputExtensionChangeListener(
[NotNull] this IDocument thіs,
Lifetime lifetime,
[NotNull] T4OutputExtensionChangeListener listener
) => lifetime.Bracket(
() => thіs.PutData(T4_OUTPUT_EXTENSION_CHANGE_LISTENER_KEY, listener),
() => thіs.PutData(T4_OUTPUT_EXTENSION_CHANGE_LISTENER_KEY, null)
);
public T4DeclaredAssembliesManager(
Lifetime lifetime,
[NotNull] IPsiFiles psiFiles
)
{
FileDataChanged = new Signal <Pair <IPsiSourceFile, T4DeclaredAssembliesDiff> >(
lifetime,
"T4DeclaredAssembliesCache.FileDataChanged"
);
lifetime.Bracket(
() => psiFiles.PsiFileCreated += OnPsiFileChanged,
() => psiFiles.PsiFileCreated -= OnPsiFileChanged
);
lifetime.Bracket(
() => psiFiles.AfterPsiChanged += OnPsiChanged,
() => psiFiles.AfterPsiChanged -= OnPsiChanged
);
}
public CofraFacade(
Lifetime lifetime,
IThreading threading,
ISolution solution)
{
myLifetime = lifetime;
myThreading = threading;
mySolution = solution;
myDaemonImpl = mySolution.GetComponent <DaemonImpl>();
mySuspendedAcitons = new Queue <Action <CofraClient> >();
ResultsAvailable = false;
lifetime.Bracket(StartSession, Terminate);
}
public NodeUnderCaretDetector(Lifetime lifetime, ISolution solution, DocumentManager documentManager, ITextControlManager textControlManager, IShellLocks shellLocks)
{
Solution = solution;
_lifetime = lifetime;
_documentManager = documentManager;
_textControlManager = textControlManager;
_shellLocks = shellLocks;
NodeUnderCaret = new Property <ITreeNode>("NodeUnderCaretDetector.NodeUnderCaret");
NodeReferencedElements = new Property <IEnumerable <IDeclaredElement> >("NodeUnderCaretDetector.NodeReferencedElements");
EventHandler caretMoved = (sender, args) =>
{
_shellLocks.QueueReadLock("NodeUnderCaretDetector.CaretMoved", Refresh);
};
lifetime.Bracket
(
() => _textControlManager.Legacy.CaretMoved += caretMoved,
() => _textControlManager.Legacy.CaretMoved -= caretMoved
);
}
protected void AttachEvents(PopupWindowManager popupWindowManager)
{
lifetime.OnTermination(DetachEvents);
var context = Context;
if (context != null)
{
lifetime.Bracket(() => Layouter = context.CreateLayouter(lifetime), () => Layouter = null);
Layouter?.Layout.Change.Advise_HasNew(lifetime, OnLayouterResultChanged);
context.AnyOtherAction += OnContextOwnerAnyActionPerformed;
context.Scroll += OnContextOwnerScroll;
context.SelectionChanged += OnContextOwnerSelectionChanged;
context.Deactivated += OnContextOwnerDeactivated;
context.EscapePressed += OnContextOwnerEscapePressed;
}
AttachWindowEvents();
popupWindowManager?.PopupWindows.Add(lifetime, this);
}
internal static Socket CreateServerSocket(Lifetime lifetime, [CanBeNull] IPEndPoint endPoint)
{
Protocol.InitLogger.Verbose("Creating server socket on endpoint: {0}", endPoint);
return(lifetime.Bracket(() =>
{
var serverSocket = new Socket(AddressFamily.InterNetwork, SocketType.Stream, ProtocolType.Tcp);
SetSocketOptions(serverSocket);
endPoint = endPoint ?? new IPEndPoint(IPAddress.Loopback, 0);
serverSocket.Bind(endPoint);
serverSocket.Listen(1);
Protocol.InitLogger.Verbose("Server socket created, listening started on endpoint: {0}", endPoint);
return serverSocket;
},
socket =>
{
ourStaticLog.Verbose("closing server socket");
CloseSocket(socket);
}
));
}
public static void AddLifetimed <T>(this ICollection <T> me, Lifetime lifetime, T item)
{
lifetime.Bracket(() => me.Add(item), () => me.Remove(item));
}
public void SetActive(Lifetime lifetime)
{
lifetime.Bracket(() => { ourActive++; }, () => { ourActive--; });
}
