public async Task Handle_is_idempotent(
Guid streamId,
long startVersion,
Event1[] events,
string commandId,
TracingProperties tracingProperties,
MessageBusDouble eventBus)
{
// Arrange
var brokenEventBus = new MessageBusDouble(errors: 1);
EntityEventStore <State1> eventStore = GenerateEventStore <State1>(brokenEventBus);
await TryCatchIgnore(() => eventStore.CollectEvents(streamId, startVersion, events));
EntityFlushEventsCommandExecutor sut = GenerateSut(eventBus);
var command = new FlushEvents(TypeResolver.ResolveTypeName <State1>(), streamId);
var message = new Message(id: commandId, data: command, tracingProperties);
// Act
await sut.Handle(message);
await sut.Handle(message);
// Assert
eventBus.Calls.Should().BeEquivalentTo(brokenEventBus.Calls);
}
public void CanHandle_returns_false_for_non_FlushTableEvents_command_message(
string id,
object data,
TracingProperties tracingProperties,
IMessageBus eventBus)
{
var message = new Message(id, data, tracingProperties);
EntityFlushEventsCommandExecutor sut = GenerateSut(eventBus);
bool actual = sut.CanHandle(message);
actual.Should().BeFalse();
}
public void CanHandle_returns_true_for_FlushEntityFrameworkEvents_command_message(
string commandId,
FlushEvents command,
TracingProperties tracingProperties,
IMessageBus eventBus)
{
var message = new Message(id: commandId, data: command, tracingProperties);
EntityFlushEventsCommandExecutor sut = GenerateSut(eventBus);
bool actual = sut.CanHandle(message);
actual.Should().BeTrue();
}
