public async Task ViewModel_ShouldReturnCorrectValue(
IFixture fixture,
TestSchedulers scheduler)
{
//arrange
const int insertionIndex = 5;
var initialList = fixture.CreateMany<int>(10).ToArray();
var addedList = fixture.CreateMany<int>(10).ToArray();
var expected = initialList.Take(insertionIndex)
.Concat(addedList.Reverse())
.Concat(initialList.Skip(insertionIndex))
.ToArray();
var notifications = scheduler.CreateColdObservable(addedList.Select((i, ii) => OnNext(Subscribed + 1 + ii, i)).ToArray());
var sut = new UpdatableObservableViewModelBuilderOptions<int, int[], int>(
_ => { },
ct => Task.FromResult(initialList),
() => notifications,
scheduler,
scheduler,
scheduler)
.UpdateAction((i, o) => () => o.Insert(insertionIndex, i))
.ToViewModel();
//act
scheduler.Start();
await sut.RefreshAsync();
scheduler.AdvanceBy(Disposed);
var actual = ((IObservableViewModel<ObservableCollection<int>>)sut).CurrentValue;
//assert
actual.ShouldAllBeEquivalentTo(expected);
}
public async Task DeleteCategoryAsync_OneElementDelete(
[Frozen] Mock <IProductCatalogueContext> context,
ProductCategoryService service,
IFixture fixture)
{
var categories = fixture.CreateMany <DbProductCategory>(5).ToList();
var products = fixture.CreateMany <CatalogueProduct>(5).ToList();
categories[0].IsDeleted = true;
context.Setup(x => x.Products).ReturnsEntitySet(products);
context.Setup(x => x.Categories).ReturnsEntitySet(categories);
await service.DeleteCategoryAsync(categories[0].Id);
var result = await service.GetCategoriesAsync(0, 6);
result.Count.Should().Be(4);
}
public async Task DeleteHiveTestAsync_AcceptsWrongId_ThrowsException([Frozen] Mock <IProductStoreHiveContext> context, HiveService service, IFixture fixture)
{
var hiveId = 1;
var hives = fixture.CreateMany <StoreHive>(1).ToList();
hives[0].Id = 2;
context.Setup(s => s.Hives).ReturnsEntitySet(hives);
await Assert.ThrowsAsync <RequestedResourceNotFoundException>(() => service.DeleteHiveAsync(hiveId));
}
public async Task UpdateCategoryAsync_RequestedResourceHasConflictException(
[Frozen] Mock <IProductCatalogueContext> context,
ProductCategoryService service,
IFixture fixture)
{
var categories = fixture.CreateMany <DbProductCategory>(5).ToList();
var products = fixture.CreateMany <CatalogueProduct>(5).ToList();
var updateCategory = new UpdateProductCategoryRequest {
Code = categories[1].Code
};
context.Setup(x => x.Products).ReturnsEntitySet(products);
context.Setup(x => x.Categories).ReturnsEntitySet(categories);
Func <Task> act = async() => await service.UpdateCategoryAsync(categories[0].Id, updateCategory);
act.Should().Throw <RequestedResourceHasConflictException>();
}
public async Task CreateHiveSectio_RequestedResourceHasConflictException(
[Frozen] Mock <IProductStoreHiveContext> context,
HiveSectionService service,
IFixture fixture)
{
var hives = fixture.CreateMany <StoreHive>(3).ToArray();
context.Setup(x => x.Hives).ReturnsEntitySet(hives);
var sections = fixture.CreateMany <StoreHiveSection>(3).ToList();
context.Setup(x => x.Sections).ReturnsEntitySet(sections);
var section = new UpdateHiveSectionRequest {
Code = sections[0].Code
};
Func <Task> act = async() => await service.CreateHiveSectionAsync(section, hives[0].Id);
act.Should().Throw <RequestedResourceHasConflictException>();
}
public async Task GetHivesTestAsync([Frozen] Mock <IProductStoreHiveContext> context, HiveService service, IFixture fixture)
{
IList <StoreHive> hives = fixture.CreateMany <StoreHive>(10).ToList();
context.Setup(c => c.Hives).ReturnsEntitySet(hives);
var amount = await service.GetHivesAsync();
amount.Should().HaveSameCount(hives);
}
public void GetAllFields_FieldsNumberEqualsFieldsNumberFromGameSettings()
{
_fixture.Customizations.Add(
new RandomNumericSequenceGenerator(0, 9));
for (int i = 0; i < 20; i++)
{
var ship1 = _fixture.CreateMany <Coordinates>(5).ToList();
var ship2 = _fixture.CreateMany <Coordinates>(4).ToList();
var ship3 = _fixture.CreateMany <Coordinates>(4).ToList();
_shipBuilder.Build(Arg.Is <int>(x => x == 4 || x == 5), Arg.Any <IEnumerable <Coordinates> >())
.Returns(ship1, ship2, ship3);
_grid.Initialize();
Dictionary <Coordinates, FieldType> allFields = _grid.GetAllFields();
allFields.Count.Should().Be((int)Math.Pow(_gameSettings.GridSize, 2));
}
}
public async Task DeleteHiveSection_SetFiveElement_DeleteOne_FourReturned(
[Frozen] Mock <IProductStoreHiveContext> contex,
HiveSectionService service,
IFixture fixture)
{
var hiveSections = fixture.CreateMany <StoreHiveSection>(5).ToList();
var hives = fixture.CreateMany <StoreHive>(3).ToArray();
contex.Setup(x => x.Hives).ReturnsEntitySet(hives);
contex.Setup(x => x.Sections).ReturnsEntitySet(hiveSections);
await service.SetStatusAsync(hiveSections[0].Id, true);
await service.DeleteHiveSectionAsync(hiveSections[0].Id);
var result = await service.GetHiveSectionsAsync();
result.Count.Should().Be(4);
}
public void BeforeEach()
{
fixture = new Fixture().Customize(new AutoMoqCustomization());
fixture.Customize <Spot>(c => c
.Without(x => x.Region));
fixture.Customize <Lodgment>(c => c
.Without(x => x.Spot)
.Without(y => y.Bookings)
.Without(y => y.Reviews));
fixture.Customize <CategorySpot>(c => c
.Without(x => x.Category)
.Without(x => x.Spot));
moqRepository = new Mock <ISpotsRepository>(MockBehavior.Strict);
moqLodgmentsService = new Mock <ILodgmentsService>(MockBehavior.Strict);
moqStorageService = new Mock <IStorageService>(MockBehavior.Strict);
moqReportsService = new Mock <IReportsService>(MockBehavior.Strict);
expectedSpot = fixture.Create <Spot>();
spot = fixture.Create <Spot>();
spotId = fixture.Create <int>();
existSpot = fixture.Create <Spot>();
existCategory = fixture.Create <Category>();
expectedCategorySpot = fixture.Create <CategorySpot>();
existRegion = fixture.Create <Region>();
region = fixture.Create <Region>();
expectedLodgment = fixture.Create <Lodgment>();
lodgment = fixture.Create <Lodgment>();
expectedLodgments = fixture.CreateMany <Lodgment>();
expectedSpots = fixture.CreateMany <Spot>();
lodgmentId = fixture.Create <int>();
paging = fixture.Create <PagingModel>();
lodgmentOptions = new LodgmentOptionsModel()
{
CheckIn = DateTime.Now.Ticks,
CheckOut = DateTime.Now.Ticks + (TimeSpan.TicksPerDay * fixture.Create <int>()),
AmountOfAdults = fixture.Create <byte>(),
AmountOfUnderAge = fixture.Create <byte>(),
AmountOfBabies = fixture.Create <byte>()
};
expectedPaginatedLodgments = fixture.Create <PaginatedModel <Lodgment> >();
expectedPaginatedSpots = fixture.Create <PaginatedModel <Spot> >();
service = new SpotsService(moqRepository.Object, moqLodgmentsService.Object,
moqStorageService.Object, moqReportsService.Object);
paginatedSpots = fixture.Create <PaginatedModel <Spot> >();
}
public void Arrange(string applicableProductId, string productId, int numberOfProducts, int x)
{
_fixture = new Fixture();
_fixture.Register(() => new Product(productId, 120.75));
_products = _fixture.CreateMany <Product>(numberOfProducts).ToList();
_sut = new XOrMoreProducts(applicableProductId, x, 100.65);
}
public async Task Setstatus_HasConflictException_Entity_Test([Frozen] Mock <IProductStoreHiveContext> context, IFixture fixture, HiveService hiveService, int hiveId, bool deletedStatus)
{
var listEntity = fixture.CreateMany <StoreHive>(0).ToList();
context.Setup(c => c.Hives).ReturnsEntitySet(listEntity);
var ex = await Assert.ThrowsAsync <RequestedResourceHasConflictException>(() =>
hiveService.SetStatusAsync(hiveId, deletedStatus));
Assert.Equal(typeof(RequestedResourceHasConflictException), ex.GetType());
}
protected virtual void InnerInit(IFixture fixture)
{
Metadatas = fixture.CreateMany <TemplateCodeGenerationMetadata>(5).ToList();
Metadatas[0].BaseTemplates.Add(Metadatas[1]);
Metadatas[0].BaseTemplates.Add(Metadatas[2]);
Metadatas[0].BaseTemplates.Add(Metadatas[3]);
Metadatas[0].BaseTemplates.Add(Metadatas[4]);
Metadata = Metadatas[0];
_init = true;
}
public async Task CreateHiveTestAsync([Frozen] Mock <IProductStoreHiveContext> context, HiveService service, IFixture fixture)
{
IList <StoreHive> hives = fixture.CreateMany <StoreHive>(10).ToList();
context.Setup(c => c.Hives).ReturnsEntitySet(hives);
var createRequest = fixture.Create <UpdateHiveRequest>();
var newHive = service.CreateHiveAsync(createRequest).Result;
Assert.NotNull(newHive);
}
public async Task DeleteHiveTestAsync_WithWrongStatus_ThrowsException([Frozen] Mock <IProductStoreHiveContext> context, HiveService service, IFixture fixture)
{
var hiveId = 1;
var hives = fixture.CreateMany <StoreHive>(1).ToList();
hives[0].Id = hiveId;
hives[0].IsDeleted = false;
context.Setup(s => s.Hives).ReturnsEntitySet(hives);
await Assert.ThrowsAsync <RequestedResourceHasConflictException>(() => service.DeleteHiveAsync(hiveId));
}
public static void CustomizeMetadata(this IFixture fixture)
{
fixture.Customize <Metadata>(customization =>
customization.FromFactory <int>(value =>
fixture
.CreateMany <KeyValuePair <MetadataKey, string> >(new Random(value).Next(1, 5))
.Aggregate(Metadata.None,
(data, metadatum) => data.Add(metadatum))
));
}
public void Arrange(string applicableProductId, string productId, int numberOfProducts, int x, int y)
{
_fixture = new Fixture();
_fixture.Register(() => new Product(productId, 100.55));
_products = _fixture.CreateMany <Product>(numberOfProducts).ToList();
_sut = new XForYFreeProducts(applicableProductId, x, y);
}
public object Create(object request, ISpecimenContext context)
{
var info = request as ParameterInfo;
if (info == null || info.ParameterType != typeof(FieldList) || info.Name != "fields")
{
return(new NoSpecimen());
}
var list = new FieldList();
List <ID> ids = _fixture.CreateMany <ID>().ToList();
List <string> values = _fixture.CreateMany <string>("value").ToList();
for (int i = 0; i < ids.Count; i++)
{
list.Add(ids[i], values[i]);
}
return(list);
}
public async Task SetStatusAsync_HiveSection_RequestedResourceNotFoundException(IFixture fixture)
{
var storeSectionHives = fixture.CreateMany <StoreHiveSection>(0).ToArray();
_context.Setup(s => s.Sections).ReturnsEntitySet(storeSectionHives);
var service = new HiveSectionService(_context.Object, _userContext.Object);
await Assert.ThrowsAsync <RequestedResourceNotFoundException>(() => service.SetStatusAsync(1, true));
}
public async Task GetProductCategory_NotFound_Test([Frozen] Mock <IProductCatalogueContext> context, IFixture fixture, ProductCategoryService productCategoryService, int productCategoeyId)
{
var listEntity = fixture.CreateMany <ProductCategory>(0).ToList();
context.Setup(c => c.Categories).ReturnsEntitySet(listEntity);
var ex = await Assert.ThrowsAsync <RequestedResourceNotFoundException>(() => productCategoryService.GetCategoryAsync(productCategoeyId));
Assert.Equal(typeof(RequestedResourceNotFoundException), ex.GetType());
}
private CsvUploadRecord CreateRandomAddressBaseRecord(string gazetteer)
{
var singleAddressLine = string.Join(',', _fixture.CreateMany <string>(4));
var gss_code = gazetteer == "local" ? _hackneyGssCode : "E06281728";
return(_fixture.Build <CsvUploadRecord>()
.With(c => c.gss_code, gss_code)
.With(a => a.single_line_address, singleAddressLine)
.Create());
}
public void Arrange(string applicableProductId, string productId)
{
_fixture = new Fixture();
_fixture.Register(() => new Product(productId, 120.75));
_products = _fixture.CreateMany <Product>().ToList();
_sut = new DiscountPerProduct(applicableProductId, 100.65);
}
public void Init()
{
var arraySize = 6;
var entitySize = Marshal.SizeOf(typeof(PayloadEvent));
_expectedValues = _fixture.CreateMany <PayloadEvent>(arraySize).ToArray();
_generatedFile = Path.Combine(Directory.GetCurrentDirectory(), _fixture.Create <string>() + ".bin");
WriteDataToFile(_generatedFile, entitySize, _expectedValues);
_dataProvider = new MMFDataProvider(_generatedFile, entitySize);
}
public async Task TrailerListVM_SuccessfulTrailerListFilter()
{
base.ClearAll();
_fixture.Register <IReachability>(() => Mock.Of <IReachability>(r => r.IsConnected() == true));
var trailers = _fixture.CreateMany <Trailer>();
_trailerRepository.Setup(vr => vr.GetAllAsync()).ReturnsAsync(trailers);
var vm = _fixture.Create <TrailerListViewModel>();
await vm.Init();
vm.TrailerSearchText = trailers.First().Registration;
Assert.Equal(1, vm.Trailers.ToList().Count);
Assert.Equal(trailers.First(), vm.Trailers.First().Trailer);
}
public async Task UpdateHiveAsync_PassesHiveIdAndUpdateHiveRequest_ExpectsRequestedResourceHasConflictException(
[Frozen] Mock <IProductStoreHiveContext> contextMock,
HiveService hiveService,
IFixture fixture)
{
string code = "12345";
var storeHives = fixture.CreateMany <StoreHive>(3).ToList();
var storeHiveSections = fixture.CreateMany <StoreHiveSection>(3).ToList();
contextMock.Setup(c => c.Hives).ReturnsEntitySet(storeHives);
contextMock.Setup(c => c.Sections).ReturnsEntitySet(storeHiveSections);
storeHives[0].Code = code;
var createRequest = new UpdateHiveRequest {
Address = "Kuprevicha 1-1", Code = code, Name = "qwerty"
};
await Assert.ThrowsAsync <RequestedResourceHasConflictException>(
() => hiveService.UpdateHiveAsync(1, createRequest));
}
public void SetUp()
{
_fixture = new Fixture();
_customerService = new Mock <ICustomerService>();
_customerService.Setup(x => x.GetAllCustomers())
.Returns(_fixture.CreateMany <CustomerModel>(5));
_target = new MainPageViewModel(_customerService.Object);
}
public void GetAmount_SetWithTwoElements_TwoReturned([Frozen] Mock <ICustomerContext> context, CustomerManagementService service, IFixture fixture)
{
var customers = fixture.CreateMany <Customer>(10).ToArray();
context.Setup(c => c.Customers).ReturnsEntitySet(customers);
var amount = service.GetAmount();
amount.Should().Be(customers.Length);
}
public async Task GetHiveSection_NotFound_Test([Frozen] Mock <IProductStoreHiveContext> context, IFixture fixture, HiveSectionService hiveSectionService, int hiveSectionHiveId)
{
var listEntity = fixture.CreateMany <StoreHiveSection>(0).ToList();
context.Setup(c => c.Sections).ReturnsEntitySet(listEntity);
var ex = await Assert.ThrowsAsync <RequestedResourceNotFoundException>(() => hiveSectionService.GetHiveSectionAsync(hiveSectionHiveId));
Assert.Equal(typeof(RequestedResourceNotFoundException), ex.GetType());
}
public async Task DeleteHiveSection_NotFoundException_Test([Frozen] Mock <IProductStoreHiveContext> context, IFixture fixture, HiveSectionService hiveSectionService, int hiveSectionId)
{
var listEntity = fixture.CreateMany <StoreHiveSection>(13).ToList();
var createRequest = fixture.Create <UpdateHiveSectionRequest>();
context.Setup(x => x.Sections).ReturnsEntitySet(listEntity);
var ex = await Assert.ThrowsAsync <RequestedResourceNotFoundException>(() => hiveSectionService.UpdeteHiveSectionAsync(hiveSectionId, createRequest));
Assert.Equal(typeof(RequestedResourceNotFoundException), ex.GetType());
}
public async Task GetHiveSections_Test([Frozen] Mock <IProductStoreHiveContext> context, IFixture fixture, HiveSectionService hiveSectionService)
{
var listSectionEntity = fixture.CreateMany <StoreHiveSection>(13).ToList();
context.Setup(c => c.Sections).ReturnsEntitySet(listSectionEntity);
var hiveSections = await hiveSectionService.GetHiveSectionsAsync();
Assert.Equal(13, hiveSections.Count);
}
public async Task DeleteProduct_NotFoundException_Test([Frozen] Mock <IProductCatalogueContext> context, IFixture fixture, ProductCatalogueService productCatalogueService, int productCatalogId)
{
var listEntity = fixture.CreateMany <CatalogueProduct>(13).ToList();
var createRequest = fixture.Create <UpdateProductRequest>();
context.Setup(x => x.Products).ReturnsEntitySet(listEntity);
var ex = await Assert.ThrowsAsync <RequestedResourceNotFoundException>(() => productCatalogueService.UpdateProductAsync(productCatalogId, createRequest));
Assert.Equal(typeof(RequestedResourceNotFoundException), ex.GetType());
}
public void Is_the_sum_of_composed_claims(IFixture fixture)
{
var xs = fixture.CreateMany <int>(6).OrderBy(i => i).ToArray();
var ys = fixture.CreateMany <int>(6).OrderBy(i => i).ToArray();
var a = (topLeft : (x : xs[1], y : ys[0]), bottomRight : (x : xs[4], y : ys[5]));
var b = (topLeft : (x : xs[2], y : ys[1]), bottomRight : (x : xs[5], y : ys[3]));
var c = (topLeft : (x : xs[0], y : ys[2]), bottomRight : (x : xs[3], y : ys[4]));
var claimA = new Claim(fixture.Create <int>(), a.topLeft, a.bottomRight);
var claimB = new Claim(fixture.Create <int>(), b.topLeft, b.bottomRight);
var claimC = new Claim(fixture.Create <int>(), c.topLeft, c.bottomRight);
var union = new UnionClaim(claimA, claimB, claimC);
var X = (x : fixture.CreateRandomBetween(b.topLeft.x, c.bottomRight.x - 1),
y : fixture.CreateRandomBetween(c.topLeft.y, b.bottomRight.y - 1));
var Y = (x : fixture.CreateRandomBetween(a.topLeft.x, b.topLeft.x - 1),
y : fixture.CreateRandomBetween(b.bottomRight.y, c.bottomRight.y - 1));
var Z = (x : fixture.CreateRandomBetween(0, a.topLeft.x - 1),
y : fixture.CreateRandomBetween(0, c.topLeft.y - 1));
using (new AssertionScope())
{
union[X.x, X.y].Should().Be(3,
"because it is where 3 claims overlap" + FixtureToDebugString(X.x, X.y));
union[Y.x, Y.y].Should().Be(2,
"because it is where 2 claims overlap" + FixtureToDebugString(Y.x, Y.y));
union[Z.x, Z.y].Should().Be(0,
"because it is where no claims overlap" + FixtureToDebugString(Z.x, Z.y));
}
string FixtureToDebugString(int x, int y)
{
return
($" (x: {x}, y: {y}," +
$" A: {claimA.XOffset}, {claimA.YOffset}, {claimA.Width}, {claimA.Height}," +
$" B: {claimB.XOffset}, {claimB.YOffset}, {claimB.Width}, {claimB.Height}," +
$" C: {claimC.XOffset}, {claimC.YOffset}, {claimC.Width}, {claimC.Height})" +
union.ToDebugString((x, y)));
}
}
public void RandomOrderIsUsedToChooseNextTest(int count, int randomValue, [Frozen] IRandomizer randomizer, ParadigmTestClassCommand sut, IFixture fixture)
{
Mock.Get(randomizer).Setup(x => x.Next(count)).Returns(randomValue);
var methods = fixture.CreateMany<IMethodInfo>(count).ToList();
var actual = sut.ChooseNextTest(methods);
Assert.Equal(randomValue, actual);
}