public PortManager(PortLayout portLayout, ILogger logger, int latchDelayOffset)
{
_portLayout = portLayout;
_logger = logger;
_latchDelayOffset = latchDelayOffset;
_iNumBanks = 0;
Initalize();
}
public void DifferentlySizedPortAndPacketArraysThrowsException()
{
var genericPinMock = new Mock<IOutputPort>();
var bankZeroMock = new Mock<IOutputPort>();
var layout = new PortLayout { LatchPort = genericPinMock.Object, ClockPort = genericPinMock.Object, DataPorts = new[] { bankZeroMock.Object } };
var loggerMock = new Mock<ILogger>();
var portManager = new PortManager(layout, loggerMock.Object);
portManager.SendPacketArray(new[] { new CommandPacket(), new CommandPacket(), new CommandPacket() });
}
public void CreatingPortManagerPullsLatchPortLow()
{
var latchMock = new Mock<IOutputPort>(MockBehavior.Strict);
latchMock.Setup(test => test.Write(false));
var layout = new PortLayout {LatchPort = latchMock.Object};
var loggerMock = new Mock<ILogger>();
var portManager = new PortManager(layout, loggerMock.Object);
latchMock.VerifyAll();
}
public PortManager(PortLayout portLayout, ILogger logger)
: this(portLayout, logger, 0)
{
}
public void LatchPullsLatchOutputHighAndLow()
{
var latchMock = new Mock<IOutputPort>(MockBehavior.Strict);
latchMock.Setup(test => test.Write(true));
latchMock.Setup(test => test.Write(false));
var layout = new PortLayout { LatchPort = latchMock.Object };
var loggerMock = new Mock<ILogger>();
var portManager = new PortManager(layout, loggerMock.Object);
portManager.Latch();
}
