public void DataAndTypeAreReadWriteInvariant()
{
var pipe = PipeName.New();
var outbox = new []
{
BinaryMessage.Compose("Elm1", writer => { }),
BinaryMessage.Compose("Elm1", writer => { }),
BinaryMessage.Compose("Elm2", writer => writer.Write(new byte[] { 13, 37 })),
BinaryMessage.Compose("Elm3", writer => writer.Write(new byte[] { 19, 11 })),
BinaryMessage.Compose("Elm4", writer => { })
};
pipe.BeginWritingMessages("Test", ex => Assert.Fail("Write failed: " + ex.Message), outbox.ToObservable());
var inbox = pipe.ReadMessages("test").RefCount().ToEnumerable().Take(outbox.Length).ToArray();
Assert.AreEqual(outbox.Length, inbox.Length);
for (int i = 0; i < outbox.Length; i++)
{
Assert.AreEqual(outbox[i].Type, inbox[i].Type);
CollectionAssert.AreEqual(outbox[i].DumpBytes(), inbox[i].DumpBytes());
}
}
public static UnoHostProcess Spawn(AbsoluteFilePath assembly, IObservable <IBinaryMessage> messagesToUnoHost, AbsoluteFilePath userDataPath, IEnumerable <string> moreArgs)
{
if (Application == null)
{
throw new InvalidOperationException("UnoHostProcess.Application has not been initialized");
}
var args = new UnoHostArgs
{
AssemblyPath = assembly,
OutputPipe = PipeName.New(),
InputPipe = PipeName.New(),
UserDataPath = userDataPath,
};
var disp = args.InputPipe.BeginWritingMessages("UnoHost", ex => Console.WriteLine("Designer failed to write message to UnoHost: " + ex), messagesToUnoHost);
return(new UnoHostProcess
{
Messages = args.OutputPipe.ReadMessages("UnoHost"),
Process = Observable.Start(() => Application.Start(args.Serialize().Concat(moreArgs))),
Disposables = Disposable.Combine(disp)
});
}