public void GetBestRoute_ShouldReturn_CheapestRoute()
{
var routesMock = new Dictionary <string, List <Route> >();
routesMock.Add("GRU", new List <Route> {
new Route()
{
From = "GRU", To = "BRC", Cost = 10
},
new Route()
{
From = "GRU", To = "CDG", Cost = 75
},
new Route()
{
From = "GRU", To = "SCL", Cost = 20
},
new Route()
{
From = "GRU", To = "ORL", Cost = 56
}
});
routesMock.Add("BRC", new List <Route> {
new Route()
{
From = "BRC", To = "SCL", Cost = 5
}
});
routesMock.Add("ORL", new List <Route> {
new Route()
{
From = "ORL", To = "CDG", Cost = 5
}
});
routesMock.Add("SCL", new List <Route> {
new Route()
{
From = "SCL", To = "ORL", Cost = 20
}
});
var routeServiceMock = new Mock <IRouteService>();
routeServiceMock.Setup(m => m.GetRoutesFromFile()).Returns(routesMock);
var routeBusiness = new RouteBusiness(routeServiceMock.Object);
var cheapestRoute = routeBusiness.GetBestRoute("GRU", "CDG");
Assert.Equal("GRU - BRC - SCL - ORL - CDG", cheapestRoute.ToString());
}
public void Save_ShouldCall_RouteService_Save()
{
var routeServiceMock = new Mock <IRouteService>();
var routeToSave = new Route()
{
From = "SCL", To = "ORL", Cost = 20
};
Route routePassed = null;
routeServiceMock.Setup(m => m.Save(It.IsAny <Route>())).Returns(routeToSave)
.Callback <Route>(p => routePassed = p);
var routeBusiness = new RouteBusiness(routeServiceMock.Object);
routeBusiness.SaveRoute(routeToSave);
Assert.Equal(routeToSave, routePassed);
}
