public SensorErrorTests()
{
registry = new SensorRegistry();
peakyService = new PeakyService(
configureServices: s => s.AddSingleton(registry));
apiClient = peakyService.CreateHttpClient();
sensorName = Any.AlphanumericString(10, 20);
}
public SensorRoutingTests()
{
registry = new SensorRegistry(DiagnosticSensor.DiscoverSensors());
var peaky = new PeakyService(configureServices: s => s.AddSingleton(registry));
apiClient = peaky.CreateHttpClient();
sensorName = Any.AlphanumericString(10, 20);
}
public void All_sensors_can_be_queried_at_once()
{
var value = Any.AlphanumericString(20, 100);
TestSensor.GetSensorValue = () => value;
var response = apiClient.GetStringAsync("http://blammo.com/sensors/").Result;
Console.WriteLine(response);
response.Should().Contain(value);
}
public void Serializer_DeserializeEvent_finds_the_correct_event_type_when_EventNameAttribute_is_used()
{
var original = new EventTests.TestEventWithCustomName
{
AggregateId = Any.Guid(),
SequenceNumber = Any.PositiveInt(),
Value = Any.AlphanumericString(100)
};
var deserialized = Serializer.DeserializeEvent("Order", "Bob", original.AggregateId, original.SequenceNumber, original.Timestamp, original.ToJson());
deserialized.ShouldBeEquivalentTo(original);
}
public void When_given_a_GetString_class_it_gets_the_hard_coded_string()
{
var @namespace = "_" + Any.AlphanumericString(1, 10);
var typeName = "_" + Any.AlphanumericString(1, 10);
var expectedSource = "_" + Any.AlphanumericString(1, 10);
var proxySource = CodeSamples.GetStringSource(@namespace, typeName, expectedSource);
var asm = CompileText(null, proxySource);
GetValue <string>(asm, "GetString", typeName, @namespace)
.Should().Be(expectedSource);
asm.GetNamespaces()
.ShouldAllBeEquivalentTo(new[] { @namespace });
}
public override void A_clock_cannot_be_moved_to_a_prior_time()
{
// arrange
var name = Any.AlphanumericString(8, 8);
CreateClock(name, DateTimeOffset.UtcNow);
// act
Action moveBackwards = () => AdvanceClock(DateTimeOffset.UtcNow.Subtract(TimeSpan.FromSeconds(5)), name).Wait();
// assert
moveBackwards.ShouldThrow <InvalidOperationException>()
.And
.Message
.Should()
.Contain("A clock cannot be moved backward");
}
public void When_Updates_To_Properties_Are_Delayed_Then_They_Must_Be_Updated_After_Calling_SaveChanges()
{
var prods = Any.Products().ToArray();
using (var scenario =
new ODataScenario()
.WithProducts(prods.AsQueryable())
.Start())
{
var context = GetDataServiceContext(scenario.GetBaseAddress());
context.MergeOption = MergeOption.OverwriteChanges;
var dQuery = context.CreateQuery <Product>("/" + "Products");
var products = context.ExecuteAsync <Product, IProduct>(dQuery).Result;
Product prod1 = products.CurrentPage[1] as Product;
string newCategory = Any.AlphanumericString();
prod1.Category = newCategory;
prod1.CallOnPropertyChanged("Category");
var productFetcher = TestRestShallowObjectFetcher.CreateFetcher(context, prod1);
productFetcher.UpdateAsync(prod1, true).Wait();
Product prod2 = products.CurrentPage[2] as Product;
string newName = Any.CompanyName();
prod2.Name = newName;
prod2.CallOnPropertyChanged("Name");
productFetcher = TestRestShallowObjectFetcher.CreateFetcher(context, prod2);
productFetcher.UpdateAsync(prod2, true).Wait();
Product prod3 = products.CurrentPage[3] as Product;
decimal newPrice = Any.Decimal();
prod3.Price = newPrice;
prod3.CallOnPropertyChanged("Price");
productFetcher = TestRestShallowObjectFetcher.CreateFetcher(context, prod3);
productFetcher.UpdateAsync(prod3, true).Wait();
var response = context.SaveChangesAsync().Result;
response.Count().Should().Be(3);
// Make sure everything is updated on the server
var updatedProducts = context.ExecuteAsync <Product, IProduct>(dQuery).Result;
updatedProducts.CurrentPage.Count.Should().Be(5);
(updatedProducts.CurrentPage[1] as Product).Category.Should().Be(newCategory);
(updatedProducts.CurrentPage[2] as Product).Name.Should().Be(newName);
(updatedProducts.CurrentPage[3] as Product).Price.Should().Be(newPrice);
}
}
public void When_Updates_To_Entities_Are_Batched_Then_Entities_Must_Be_Updated_On_Server()
{
var prods = Any.Products().ToArray();
using (var scenario =
new ODataScenario()
.WithProducts(prods.AsQueryable())
.Start())
{
var context = GetDataServiceContext(scenario.GetBaseAddress());
context.MergeOption = MergeOption.OverwriteChanges;
var dQuery = context.CreateQuery <Product>("/" + "Products");
var products = context.ExecuteAsync <Product, IProduct>(dQuery).Result;
Product prod1 = products.CurrentPage[1] as Product;
string newCategory = Any.AlphanumericString();
prod1.Category = newCategory;
prod1.CallOnPropertyChanged("Category");
Product prod2 = products.CurrentPage[2] as Product;
string newName = Any.CompanyName();
prod2.Name = newName;
prod2.CallOnPropertyChanged("Name");
Product prod3 = products.CurrentPage[3] as Product;
decimal newPrice = Any.Decimal();
prod3.Price = newPrice;
prod3.CallOnPropertyChanged("Price");
var response = context.SaveChangesAsync(SaveChangesOptions.BatchWithSingleChangeset).Result;
response.Count().Should().Be(3);
response.IsBatchResponse.Should().BeTrue();
var updatedProducts = context.ExecuteAsync <Product, IProduct>(dQuery).Result;
updatedProducts.CurrentPage.Count.Should().Be(5);
(updatedProducts.CurrentPage[1] as Product).Category.Should().Be(newCategory);
(updatedProducts.CurrentPage[2] as Product).Name.Should().Be(newName);
(updatedProducts.CurrentPage[3] as Product).Price.Should().Be(newPrice);
}
}
public void When_Adding_EntityType_With_Partial_Properties_Then_It_Must_Be_Added_To_Server_With_Partial_Properties()
{
using (var scenario =
new ODataScenario()
.WithProducts(Any.Products())
.Start())
{
var context = GetDataServiceContext(scenario.GetBaseAddress());
var dQuery = context.CreateQuery <Product>("/" + "Products");
var products = context.ExecuteAsync <Product, IProduct>(dQuery).Result;
products.CurrentPage.Count.Should().Be(5);
var newProduct = new Product();
string newName = Any.CompanyName();
newProduct.Id = 6;
newProduct.Name = newName;
newProduct.Price = Any.Decimal();
newProduct.Category = Any.AlphanumericString();
// calling 'OnPropertyChanged' only for 'Id' and 'Name' properties
newProduct.CallOnPropertyChanged("Id");
newProduct.CallOnPropertyChanged("Name");
context.AddObject("Products", newProduct);
context.SaveChangesAsync().Wait();
var updatedProducts = context.ExecuteAsync <Product, IProduct>(dQuery).Result;
updatedProducts.CurrentPage.Count.Should().Be(6);
// the 'Id' and 'Name' properties must be set
updatedProducts.CurrentPage[5].Id.Should().Be(6);
updatedProducts.CurrentPage[5].Name.Should().Be(newName);
// the 'Price' and 'Category' properties must not be set
updatedProducts.CurrentPage[5].Price.Should().Be(0);
updatedProducts.CurrentPage[5].Category.Should().BeNull();
}
}
public void When_given_two_GetString_classes_they_both_return_the_hard_coded_result()
{
var @namespace1 = "_" + Any.AlphanumericString(1, 10);
var typeName1 = "_" + Any.AlphanumericString(1, 10);
var expectedSource1 = "_" + Any.AlphanumericString(1, 10);
var @namespace2 = "_" + Any.AlphanumericString(1, 10);
var typeName2 = "_" + Any.AlphanumericString(1, 10);
var expectedSource2 = "_" + Any.AlphanumericString(1, 10);
var proxySource1 = CodeSamples.GetStringSource(@namespace1, typeName1, expectedSource1);
var proxySource2 = CodeSamples.GetStringSource(@namespace2, typeName2, expectedSource2);
var asm = CompileText(null, proxySource1 + proxySource2);
GetValue <string>(asm, "GetString", typeName1, @namespace1)
.Should().Be(expectedSource1);
GetValue <string>(asm, "GetString", typeName2, @namespace2)
.Should().Be(expectedSource2);
asm.GetNamespaces()
.ShouldAllBeEquivalentTo(new[] { @namespace1, @namespace2 });
}
public override async Task When_a_clock_is_advanced_then_commands_are_not_triggered_that_have_not_become_due()
{
// arrange
var shipmentId = Any.AlphanumericString(8, 8);
var order = CommandSchedulingTests_EventSourced.CreateOrder();
order.Apply(new ShipOn(shipDate: Clock.Now().AddMonths(2).Date)
{
ShipmentId = shipmentId
});
await Save(order);
// act
await AdvanceClock(by : TimeSpan.FromDays(30));
//assert
order = await Get <Order>(order.Id);
var lastEvent = order.Events().Last();
lastEvent.Should().BeOfType <CommandScheduled <Order> >();
}
public async Task When_an_exception_is_thrown_during_a_read_model_update_then_it_is_logged_on_its_bus()
{
var projector = new Projector <Order.ItemAdded>
{
OnUpdate = (work, e) => { throw new Exception("oops!"); }
};
var itemAdded = new Order.ItemAdded
{
AggregateId = Any.Guid(),
SequenceNumber = 1,
ProductName = Any.AlphanumericString(10, 20),
Price = Any.Decimal(0.01m),
Quantity = 100
};
var errors = new List <Domain.EventHandlingError>();
using (var catchup = CreateReadModelCatchup(projector))
using (var db = EventStoreDbContext())
{
db.Events.Add(itemAdded.ToStorableEvent());
db.SaveChanges();
catchup.EventBus.Errors.Subscribe(errors.Add);
await catchup.Run();
}
var error = errors.Single(e => e.AggregateId == itemAdded.AggregateId);
error.SequenceNumber
.Should()
.Be(itemAdded.SequenceNumber);
error.Event
.SequenceNumber
.Should()
.Be(itemAdded.SequenceNumber);
}
public Given_an_OdcmClass_Entity_Collection_AddAsync_Method()
{
Init(null, true);
_addAsyncMethod = CollectionInterface.GetMethod("Add" + Class.Name + "Async",
PermissiveBindingFlags,
null,
new[] { ConcreteInterface, typeof(bool) },
null);
_entity = new object();
_itemToAdd = ConstructConcreteInstance();
_entityName = Any.AlphanumericString(1);
_path = Any.String() + "/" + _entityName;
_dscwMock = new Mock <DataServiceContextWrapper>(MockBehavior.Strict);
_saveChangesAsyncReturnValue = null;
ConfigureCollectionInstance();
}
public void SetUp()
{
sensorName = Any.AlphanumericString(10, 20);
}
public void SetUp()
{
configuration.IncludeErrorDetailPolicy = IncludeErrorDetailPolicy.Default;
sensorName = Any.AlphanumericString(10, 20);
}