public async Task SetsCorrectCacheEntry_WhenOptimizeRouteResultIsSuccess_AndRequestOrderIsUpdated()
{
var optimizeRouteService = new Mock <IOptimizeRouteService>();
optimizeRouteService.Setup(x => x.OptimizeRoute(It.IsAny <OptimizeRouteCriteria>()))
.ReturnsAsync(new OptimizeRouteResult {
Distance = 10, Duration = 10, RequestIds = new List <Guid> {
Request4Id, Request1Id
}
});
var cache = new MemoryCache(new MemoryCacheOptions());
var sut = new OptimizeRouteCommandHandler(Context, optimizeRouteService.Object, cache);
await sut.Handle(new OptimizeRouteCommand { ItineraryId = 1, UserId = "123" });
var expectedCacheKey = CacheKeyBuilder.BuildOptimizeRouteCacheKey("123", 1);
OptimizeRouteResultStatus cachedStatus = null;
var keyExists = cache.TryGetValue(expectedCacheKey, out cachedStatus);
keyExists.ShouldBeTrue();
cachedStatus.IsSuccess.ShouldBeTrue();
cachedStatus.StatusMessage.ShouldBe(OptimizeRouteStatusMessages.OptimizeSucess);
}
public async Task NotCallOptimizeRouteService_WhenItineraryHasNoEndAddress_AndNotSetToUseStartAddressAsEndAddress()
{
var optimizeRouteService = new Mock <IOptimizeRouteService>();
optimizeRouteService.Setup(x => x.OptimizeRoute(It.IsAny <OptimizeRouteCriteria>())).Verifiable();
var sut = new OptimizeRouteCommandHandler(Context, optimizeRouteService.Object, Mock.Of <IMemoryCache>());
await sut.Handle(new OptimizeRouteCommand { ItineraryId = 3 });
optimizeRouteService.Verify(x => x.OptimizeRoute(It.IsAny <OptimizeRouteCriteria>()), Times.Never);
}
public async Task NotCallOptimizeRouteService_WhenItineraryNotFound()
{
var optimizeRouteService = new Mock <IOptimizeRouteService>();
optimizeRouteService.Setup(x => x.OptimizeRoute(It.IsAny <OptimizeRouteCriteria>())).Verifiable();
var sut = new OptimizeRouteCommandHandler(Context, optimizeRouteService.Object, Mock.Of <IMemoryCache>());
await sut.Handle(new OptimizeRouteCommand { ItineraryId = 200 });
optimizeRouteService.Verify(x => x.OptimizeRoute(It.IsAny <OptimizeRouteCriteria>()), Times.Never);
}
public async Task NotChangeRequestOrder_WhenOptimizeRouteResultIsNotSuccess()
{
var optimizeRouteService = new Mock <IOptimizeRouteService>();
optimizeRouteService.Setup(x => x.OptimizeRoute(It.IsAny <OptimizeRouteCriteria>()))
.ReturnsAsync(OptimizeRouteResult.FailedOptimizeRouteResult("failure"));
var sut = new OptimizeRouteCommandHandler(Context, optimizeRouteService.Object, Mock.Of <IMemoryCache>());
await sut.Handle(new OptimizeRouteCommand { ItineraryId = 1 });
var requests = Context.ItineraryRequests.Where(x => x.ItineraryId == 1).OrderBy(x => x.OrderIndex).ToList();
requests[0].Request.Name.ShouldBe("Request 1");
requests[1].Request.Name.ShouldBe("Request 4");
}
public async Task NotChangeRequestOrder_WhenOptimizeRouteResultRequestIdsIsNull()
{
var optimizeRouteService = new Mock <IOptimizeRouteService>();
optimizeRouteService.Setup(x => x.OptimizeRoute(It.IsAny <OptimizeRouteCriteria>()))
.ReturnsAsync(new OptimizeRouteResult())
.Verifiable();
var sut = new OptimizeRouteCommandHandler(Context, optimizeRouteService.Object);
await sut.Handle(new OptimizeRouteCommand { ItineraryId = 1 });
var requests = Context.ItineraryRequests.Where(x => x.ItineraryId == 1).OrderBy(x => x.OrderIndex).ToList();
requests[0].Request.Name.ShouldBe("Request 1");
requests[1].Request.Name.ShouldBe("Request 2");
}
public async Task ChangeRequestOrder_WhenOptimizeRouteResultReturnsUpdatedWaypointsOrder()
{
var optimizeRouteService = new Mock <IOptimizeRouteService>();
optimizeRouteService.Setup(x => x.OptimizeRoute(It.IsAny <OptimizeRouteCriteria>()))
.ReturnsAsync(new OptimizeRouteResult {
Distance = 10, Duration = 10, RequestIds = new List <Guid> {
Request4Id, Request1Id
}
});
var sut = new OptimizeRouteCommandHandler(Context, optimizeRouteService.Object, Mock.Of <IMemoryCache>());
await sut.Handle(new OptimizeRouteCommand { ItineraryId = 1 });
var requests = Context.ItineraryRequests.Where(x => x.ItineraryId == 1).OrderBy(x => x.OrderIndex).ToList();
requests[0].Request.Name.ShouldBe("Request 4");
requests[1].Request.Name.ShouldBe("Request 1");
}
public async Task NotChangeRequestOrder_WhenOptimizeRouteResultDoesNotReturnMatchingRequestIds()
{
var optimizeRouteService = new Mock <IOptimizeRouteService>();
optimizeRouteService.Setup(x => x.OptimizeRoute(It.IsAny <OptimizeRouteCriteria>()))
.ReturnsAsync(new OptimizeRouteResult {
Distance = 10, Duration = 10, RequestIds = new List <Guid> {
Request4Id, Guid.Empty
}
});
var sut = new OptimizeRouteCommandHandler(Context, optimizeRouteService.Object, Mock.Of <IMemoryCache>());
await sut.Handle(new OptimizeRouteCommand { ItineraryId = 1 });
var requests = Context.ItineraryRequests.Where(x => x.ItineraryId == 1).OrderBy(x => x.OrderIndex).ToList();
requests.First(x => x.RequestId == Request1Id).OrderIndex.ShouldBe(1);
requests.First(x => x.RequestId == Request4Id).OrderIndex.ShouldBe(2);
}
public async Task CallOptimizeRouteService_WhenStartAndEndAddressPresent_WithCorrectCriteria()
{
OptimizeRouteCriteria criteria = null;
var optimizeRouteService = new Mock <IOptimizeRouteService>();
optimizeRouteService.Setup(x => x.OptimizeRoute(It.IsAny <OptimizeRouteCriteria>()))
.ReturnsAsync(new OptimizeRouteResult())
.Callback <OptimizeRouteCriteria>(x => criteria = x)
.Verifiable();
var sut = new OptimizeRouteCommandHandler(Context, optimizeRouteService.Object, Mock.Of <IMemoryCache>());
await sut.Handle(new OptimizeRouteCommand { ItineraryId = 1 });
optimizeRouteService.Verify(x => x.OptimizeRoute(It.IsAny <OptimizeRouteCriteria>()), Times.Once);
criteria.StartAddress.ShouldBe(EncodedFullAddress);
criteria.EndAddress.ShouldBe(EncodedFullAddress);
criteria.Waypoints.Count.ShouldBe(2);
}
public async Task NotChangeRequestOrder_WhenOptimizeRouteResultRequestIdCountDoesNotMatchWaypointCount()
{
var optimizeRouteService = new Mock <IOptimizeRouteService>();
optimizeRouteService.Setup(x => x.OptimizeRoute(It.IsAny <OptimizeRouteCriteria>()))
.ReturnsAsync(new OptimizeRouteResult {
Distance = 10, Duration = 10, RequestIds = new List <Guid> {
Guid.NewGuid()
}
})
.Verifiable();
var sut = new OptimizeRouteCommandHandler(Context, optimizeRouteService.Object);
await sut.Handle(new OptimizeRouteCommand { ItineraryId = 1 });
var requests = Context.ItineraryRequests.Where(x => x.ItineraryId == 1).OrderBy(x => x.OrderIndex).ToList();
requests[0].Request.Name.ShouldBe("Request 1");
requests[1].Request.Name.ShouldBe("Request 2");
}
public async Task SetsCorrectCacheEntry_WhenOptimizeRouteResultIsNotSuccess()
{
const string statusMsg = "failure";
var optimizeRouteService = new Mock <IOptimizeRouteService>();
optimizeRouteService.Setup(x => x.OptimizeRoute(It.IsAny <OptimizeRouteCriteria>()))
.ReturnsAsync(OptimizeRouteResult.FailedOptimizeRouteResult(statusMsg));
var cache = new MemoryCache(new MemoryCacheOptions());
var sut = new OptimizeRouteCommandHandler(Context, optimizeRouteService.Object, cache);
await sut.Handle(new OptimizeRouteCommand { ItineraryId = 1, UserId = "123" });
var expectedCacheKey = CacheKeyBuilder.BuildOptimizeRouteCacheKey("123", 1);
OptimizeRouteResultStatus cachedStatus = null;
var keyExists = cache.TryGetValue(expectedCacheKey, out cachedStatus);
keyExists.ShouldBeTrue();
cachedStatus.IsSuccess.ShouldBeFalse();
cachedStatus.StatusMessage.ShouldBe(statusMsg);
}