public MathFunctionRoute(int partnerLabel, int outputPort, int outputLabel, int function, PartnerPacketWaiter partnerWaiter)
{
PartnerLabel = partnerLabel;
OutputPort = outputPort;
OutputLabel = outputLabel;
PartnerWaiter = partnerWaiter;
Function = function;
}
public ProgramMathFunction(PartnerPacketWaiter waiter)
{
Waiter = waiter;
}
public void MathFunction(
[Range(0, 1)] int BUFER_ROUTE,
[Range(2, 3)] int OUT_LABEL,
[Range(3, 4)] int OUT_PORT,
[Range(5, 6)] int FUNCTION,
[Range(7, 8)] int IN_LABEL
)
{
var inputPacket = Mock.Of <IPacket>();
inputPacket.Label = (int)PacketStaticLabels.ProgramPacket;
inputPacket.Data = new StructureCompressor()
.PackHalf(FUNCTION)
.PackHalf(OUT_LABEL)
.PackHalf(OUT_PORT)
.PackHalf(BUFER_ROUTE)
.PackHalf(IN_LABEL)
.PackHalf((int)ProgramRoutesId.MathFuncton)
.Build();
var Core = Mock.Of <ICore>();
Core.OutPorts = Mock.Of <IOutPortBlock>();
Core.WaitedPackets = new HashSet <IPacket>();
Core.Router = Mock.Of <IRouter>();
var createdGenreal = false;
IRoute generalRoute = null;
var createdBuffer = false;
var waiter = new PartnerPacketWaiter();
var routerTable = new Mock <IRouterTable>();
routerTable.Setup(t => t.AddRoute(IN_LABEL, It.IsAny <IRoute>()))
.Callback((int label, IRoute p_route) =>
{
createdGenreal = p_route is MathFunctionRoute rt &&
rt.PartnerLabel == BUFER_ROUTE &&
rt.OutputPort == OUT_PORT &&
rt.OutputLabel == OUT_LABEL &&
rt.Function == FUNCTION &&
rt.PartnerWaiter == waiter;
generalRoute = p_route;
});
routerTable.Setup(t => t.AddRoute(BUFER_ROUTE, It.IsAny <IRoute>()))
.Callback((int label, IRoute p_route) =>
{
createdBuffer = p_route is BufferRiseRoute rt &&
rt.PartnerWaiter == waiter &&
rt.PartnerLabel == IN_LABEL &&
rt.PartnerRoute == generalRoute;
});
Core.Router.Table = routerTable.Object;
var route = new ProgrammRoute();
route.RouteProgrammsBases.Add(ProgramRoutesId.MathFuncton, new ProgramMathFunction(waiter));
route.Route(inputPacket, Core);
Assert.IsTrue(createdBuffer && createdGenreal);
}