public ProjectProtocolHandler(Lifetime lifetime, IProtocol protocol, ILogger logger)
{
logger.Log(LoggingLevel.INFO, $"{protocol.Name} is protocol");
BsmtRiderModel = new BSMT_RiderModel(lifetime, protocol);
BSMT_RiderModel.RegisterDeclaredTypesSerializers(protocol.Serializers);
BsmtRiderModel.FoundBeatSaberLocations
.Set((t, _) => RdTask <string[]> .Successful(BeatSaberPathUtils.GetInstallDir().ToArray()));
}
protected override void Start()
{
Queue(() =>
{
var demoModel = new DemoModel(ModelLifetime, Protocol);
demoModel.Call.Set((lifetime, c) => RdTask <string> .Successful(c.ToString()));
demoModel.Callback.Start("Csharp");
});
}
private RdTask <RdProjectOutput> GetProjectOutputModel(Lifetime lifetime, RdGetProjectOutputArgs args)
{
var project = GetProject(
VirtualFileSystemPath.Parse(args.ProjectFilePath, InteractionContext.SolutionContext));
var targetFramework = project.TargetFrameworkIds
// Take .NET Core first, then .NET Framework, and then .NET Standard. The comparer below will hold this order.
.OrderBy(tfm => (!tfm.IsNetCoreApp, !tfm.IsNetFramework, !tfm.IsNetStandard))
.First();
_logger.Trace("TFM selected for project {0}: {1}", args, targetFramework);
var assemblyInfo = project.GetOutputAssemblyInfo(targetFramework).NotNull();
_logger.Trace("Assembly file path detected for project {0}: {1}", args, assemblyInfo.Location);
return(RdTask <RdProjectOutput> .Successful(
new RdProjectOutput(
targetFramework.ToRdTargetFrameworkInfo(),
assemblyInfo.Location.ToString())));
}
public void TestBindable()
{
ClientWire.AutoTransmitMode = true;
ServerWire.AutoTransmitMode = true;
var call1 = new RdCall <Unit, RdSignal <int> >(Serializers.ReadVoid, Serializers.WriteVoid, RdSignal <int> .Read, RdSignal <int> .Write);
var call2 = new RdCall <Unit, RdSignal <int> >(Serializers.ReadVoid, Serializers.WriteVoid, RdSignal <int> .Read, RdSignal <int> .Write);
var respSignal = new RdSignal <int>();
var endpointLfTerminated = false;
call2.Set((endpointLf, _) =>
{
endpointLf.OnTermination(() => endpointLfTerminated = true);
return(RdTask <RdSignal <int> > .Successful(respSignal));
});
var serverEntity = BindToServer(LifetimeDefinition.Lifetime, call1, ourKey);
var clientEntity = BindToClient(LifetimeDefinition.Lifetime, call2, ourKey);
var ld = new LifetimeDefinition();
var lf = ld.Lifetime;
var signal = call1.Start(lf, Unit.Instance).AsTask().GetOrWait(lf);
var log = new List <int>();
signal.Advise(Lifetime.Eternal, v =>
{
log.Add(v);
Console.WriteLine(v);
});
respSignal.Fire(1);
respSignal.Fire(2);
respSignal.Fire(3);
ld.Terminate();
Assert.False(respSignal.IsBound);
SpinWaitEx.SpinUntil(() => log.Count >= 3);
Thread.Sleep(100);
Assert.AreEqual(new [] { 1, 2, 3 }, log.ToArray());
Assert.True(endpointLfTerminated);
}
public void TestNullability()
{
ClientWire.AutoTransmitMode = true;
ServerWire.AutoTransmitMode = true;
var serverEntity = BindToServer(LifetimeDefinition.Lifetime, new RdCall <string, string>(), ourKey);
var clientEntity = BindToClient(LifetimeDefinition.Lifetime, new RdEndpoint <string, string>(x => x.ToString()), ourKey);
clientEntity.Reset((lf, req) => RdTask <string> .Successful(req == null ? "NULL" : null));
Assert.Throws <Assertion.AssertionException>(() => { serverEntity.Sync(null); });
Assert.Throws <Assertion.AssertionException>(() =>
{
using (Log.UsingLogFactory(new TestThrowingLogFactory()))
{
var task = serverEntity.Start("Value");
Assert.AreEqual(RdTaskStatus.Faulted, task.Result.Value.Status);
}
});
}
private RdTask <RdProjectOutput> GetProjectOutputModel(Lifetime lifetime, RdGetProjectOutputArgs args)
{
var projectsHostContainer = _solution.ProjectsHostContainer();
var solutionStructureContainer = projectsHostContainer.GetComponent <ISolutionStructureContainer>();
var projectMark = solutionStructureContainer
.GetProjectsByLocation(FileSystemPath.Parse(args.ProjectFilePath))
.First();
var project = _solution.GetProjectByMark(projectMark).NotNull();
var targetFramework = project.TargetFrameworkIds
// Take .NET Core first, then .NET Framework, and then .NET Standard. The comparer below will hold this order.
.OrderBy(tfm => (!tfm.IsNetCoreApp, !tfm.IsNetFramework, !tfm.IsNetStandard))
.First();
_logger.Trace("TFM selected for project {0}: {1}", args, targetFramework);
var assemblyInfo = project.GetOutputAssemblyInfo(targetFramework).NotNull();
_logger.Trace("Assembly file path detected for project {0}: {1}", args, assemblyInfo.Location);
return(RdTask <RdProjectOutput> .Successful(
new RdProjectOutput(targetFramework.Name, assemblyInfo.Location.ToString())));
}
private void ResetModel(Lifetime lf, IProtocol protocol)
{
myUnrealHost.PerformModelAction(riderModel =>
{
UE4Library.RegisterDeclaredTypesSerializers(riderModel.SerializationContext.Serializers);
riderModel.EditorId.SetValue(riderModel.EditorId.Value + 1);
});
var unrealModel = new RdEditorModel(lf, protocol);
UE4Library.RegisterDeclaredTypesSerializers(unrealModel.SerializationContext.Serializers);
unrealModel.AllowSetForegroundWindow.Set((lt, pid) =>
{
return(myUnrealHost.PerformModelAction(riderModel =>
riderModel.AllowSetForegroundWindow.Start(lt, pid)) as RdTask <bool>);
});
unrealModel.UnrealLog.Advise(lf,
logEvent =>
{
myUnrealHost.PerformModelAction(riderModel => { OnMessageReceived(riderModel, logEvent); });
});
unrealModel.OnBlueprintAdded.Advise(lf, blueprintClass =>
{
//todo
});
unrealModel.Play.Advise(lf, val =>
{
myUnrealHost.PerformModelAction(riderModel =>
{
if (PlayedFromRider)
{
return;
}
try
{
PlayedFromUnreal = true;
riderModel.Play.Set(val);
}
finally
{
PlayedFromUnreal = false;
}
});
});
unrealModel.PlayMode.Advise(lf, val =>
{
myUnrealHost.PerformModelAction(riderModel =>
{
if (PlayModeFromRider)
{
return;
}
try
{
PlayModeFromUnreal = true;
riderModel.PlayMode.Set(val);
}
finally
{
PlayModeFromUnreal = false;
}
});
});
myUnrealHost.PerformModelAction(riderModel =>
{
riderModel.FilterLinkCandidates.Set((lifetime, candidates) =>
RdTask <ILinkResponse[]> .Successful(candidates
.Select(request => myLinkResolver.ResolveLink(request, unrealModel.IsBlueprintPathName))
.AsArray()));
riderModel.IsMethodReference.Set((lifetime, methodReference) =>
{
var b = myEditorNavigator.IsMethodReference(methodReference);
return(RdTask <bool> .Successful(b));
});
riderModel.OpenBlueprint.Advise(lf, blueprintReference =>
OnOpenedBlueprint(unrealModel, blueprintReference));
riderModel.NavigateToClass.Advise(lf,
uClass => myEditorNavigator.NavigateToClass(uClass));
riderModel.NavigateToMethod.Advise(lf,
methodReference => myEditorNavigator.NavigateToMethod(methodReference));
riderModel.Play.Advise(lf, val =>
{
if (PlayedFromUnreal)
{
return;
}
try
{
PlayedFromRider = true;
unrealModel.Play.Set(val);
}
finally
{
PlayedFromRider = false;
}
});
riderModel.PlayMode.Advise(lf, val =>
{
if (PlayModeFromUnreal)
{
return;
}
try
{
PlayModeFromRider = true;
unrealModel.PlayMode.Set(val);
}
finally
{
PlayModeFromRider = false;
}
});
riderModel.FrameSkip.Advise(lf, skip =>
unrealModel.FrameSkip.Fire(skip));
});
if (myComponentLifetime.IsAlive)
{
myLocks.ExecuteOrQueueEx(myComponentLifetime, "setModel",
() => { myEditorModel.SetValue(unrealModel); });
}
}
public T4TestHost(
[NotNull] T4TestModel model,
[NotNull] SolutionsManager solutionsManager
)
{
model.PreprocessFile.Set(location =>
{
using var cookie = ReadLockCookie.Create();
var solution = solutionsManager.Solution;
if (solution == null)
{
return(Unit.Instance);
}
var host = solution.GetComponent <ProjectModelViewHost>();
var projectFile = host.GetItemById <IProjectFile>(location.Id).NotNull();
var sourceFile = projectFile.ToSourceFile().NotNull();
sourceFile.GetPsiServices().Files.CommitAllDocuments();
var file = sourceFile.GetPsiFiles(T4Language.Instance).OfType <IT4File>().SingleItem().NotNull();
var templatePreprocessingManager = solution.GetComponent <IT4TemplatePreprocessingManager>();
templatePreprocessingManager.Preprocess(file);
return(Unit.Instance);
});
model.WaitForIndirectInvalidation.Set((lifetime, unit) =>
{
using var cookie = ReadLockCookie.Create();
var solution = solutionsManager.Solution;
if (solution == null)
{
return(RdTask <Unit> .Successful(Unit.Instance));
}
var cache = solution.GetComponent <T4FileDependencyCache>();
var result = new RdTask <Unit>();
void Requeue(int n)
{
if (n == 1)
{
result.Set(Unit.Instance);
return;
}
solution.Locks.Queue(lifetime, "T4TestHost::.ctor::lambda::Requeue", () =>
{
if (cache.HasDirtyFiles)
{
Commit(n - 1);
}
else
{
Requeue(n - 1);
}
});
}
void Commit(int n) => solution.GetPsiServices().Files.ExecuteAfterCommitAllDocuments(() => Requeue(n));
// First commit applies all changes in files.
// Then we re-queue the action to make sure that indirect invalidation happens,
// then we commit the files again to apply the indirect changes
// Commit(2) -> Requeue(2) -> Commit(1) -> Requeue(1)
Commit(2);
return(result);
});
}
public void Set(Func <TReq, TRes> handler)
{
Set((lf, req) => RdTask <TRes> .Successful(handler(req)));
}
public RdEndpoint(Func <TReq, TRes> handler) : this((lf, req) => RdTask <TRes> .Successful(handler(req)))
{
}
