public void SingleInputSingleOutput()
{
var board = new RelayBoard();
var input = new RelayInputMock("I");
var output = new RelayOutputMock("O");
board.Connect(input, output);
board.Initialize();
output.Check(false);
input.Notify();
output.Check(true);
output.Reset();
output.Check(false);
input.Notify();
output.Check(true);
input.Notify();
output.Check(true);
output.Reset();
output.Check(false);
output.Reset();
output.Check(false);
board.Dispose();
}
public void SingleInputManyOutputs()
{
const int nbSusbscriber = 10;
var board = new RelayBoard();
var input = new RelayInputMock("I");
var outputs = new RelayOutputMock[nbSusbscriber];
for (var i = 0; i < nbSusbscriber; i++)
{
outputs[i] = new RelayOutputMock("O" + (i + 1));
}
for (var i = 0; i < nbSusbscriber; i++)
{
board.Connect(input, outputs[i]);
}
board.Initialize();
for (var i = 0; i < nbSusbscriber; i++)
{
outputs[i].Check(false);
}
input.Notify();
for (var i = 0; i < nbSusbscriber; i++)
{
outputs[i].Check(true);
}
for (var i = 0; i < nbSusbscriber; i++)
{
outputs[i].Reset();
outputs[i].Check(false);
}
input.Notify();
for (var i = 0; i < nbSusbscriber; i++)
{
outputs[i].Check(true);
}
input.Notify();
for (var i = 0; i < nbSusbscriber; i++)
{
outputs[i].Check(true);
}
for (var i = 0; i < nbSusbscriber; i++)
{
outputs[i].Reset();
outputs[i].Check(false);
}
board.Dispose();
}
public void UnsubcribeUseCaseFailed()
{
var board = new RelayBoard();
var i1 = new RelayInputMock("I1");
var i2 = new RelayInputMock("I2");
var i3 = new RelayInputMock("I3");
var i4 = new RelayInputMock("I4");
var o1 = new RelayOutputMock("O1");
var c1 = board.Connect(i1, o1);
var s1 = c1.Subscribe(p => { });
var c2 = board.Connect(i2, o1);
var s2 = c2.Subscribe(p => { });
var c3 = board.Connect(i3, o1);
var s3 = c3.Subscribe(p => { });
var c4 = board.Connect(i4, o1);
var s4 = c4.Subscribe(p => { });
board.Initialize();
o1.Check(false);
i1.Notify();
board.Poll(DateTime.Now);
o1.CheckAndReset(true);
i1.Notify();
board.Poll(DateTime.Now);
o1.CheckAndReset(true);
i1.Notify();
i2.Notify();
i4.Notify();
board.Poll(DateTime.Now);
o1.CheckAndReset(true);
i4.Notify();
board.Poll(DateTime.Now);
o1.CheckAndReset(true);
c2.Dispose();
s2.Dispose();
i4.Notify();
i1.Notify();
board.Poll(DateTime.Now);
o1.CheckAndReset(true);
board.Dispose();
}
public void UnsubcribeCallbackManyInputSingleOutput()
{
var board = new RelayBoard();
var i1 = new RelayInputMock("I1");
var i2 = new RelayInputMock("I2");
var o1 = new RelayOutputMock("O1");
var c1 = board.Connect(i1, o1)
.Subscribe(p => { });
var c2 = board.Connect(i2, o1)
.Subscribe(p => { });
board.Initialize();
o1.Check(false);
i1.Notify();
o1.Check(true);
o1.Reset();
o1.Check(false);
i2.Notify();
o1.Check(true);
o1.Reset();
o1.Check(false);
c2.Dispose();
i1.Notify();
o1.Check(true);
o1.Reset();
o1.Check(false);
i2.Notify();
o1.Check(true);
board.Dispose();
}
public void UnsubcribeConnectorSingleInputManyOutput()
{
var board = new RelayBoard();
var i1 = new RelayInputMock("I1");
var o1 = new RelayOutputMock("O1");
var o2 = new RelayOutputMock("O2");
var c1 = board.Connect(i1, o1);
c1.Subscribe(p => { });
var c2 = board.Connect(i1, o2);
c2.Subscribe(p => { });
board.Initialize();
Console.WriteLine(board.Report());
o1.Check(false);
o2.Check(false);
i1.Notify();
o1.Check(true);
o2.Check(true);
o1.Reset();
o2.Reset();
o1.Check(false);
o2.Check(false);
c2.Dispose();
Console.WriteLine(board.Report());
i1.Notify();
o1.Check(true);
o2.Check(false);
board.Dispose();
}
