protected CompositeStep Given_are_settings_with_the_modification_KEY_VALUE(string key, string value)
{
return(CompositeStep.DefineNew()
.AddSteps(_ => Given_are_the_standard_settings(),
_ => When_I_change_the_setting_to_the_value(key, value))
.Build());
}
protected CompositeStep Given_are_settings_with_the_cleared_setting_KEY(string key)
{
return(CompositeStep.DefineNew()
.AddSteps(_ => Given_are_the_standard_settings(),
_ => When_I_clear_the_setting(key))
.Build());
}
public async Task It_should_allow_to_add_steps_to_composite()
{
var stepOne = "Step one";
var stepTwo = "Step two";
var stepThree = "Step three";
var expected = new[] { stepOne, stepTwo, stepThree };
var context = new MyContext();
var composite = CompositeStep.DefineNew()
.WithContext(context)
.AddStep(stepOne, ctx => ctx.Executed.Add(stepOne))
.AddStep(stepTwo, ctx => ctx.Executed.Add(stepTwo))
.AddAsyncStep(stepThree, async ctx =>
{
await Task.Yield();
ctx.Executed.Add(stepThree);
})
.Build();
var steps = composite.SubSteps.ToArray();
Assert.That(steps.Select(x => x.RawName).ToArray(), Is.EqualTo(expected));
foreach (var step in steps)
{
await step.StepInvocation.Invoke(context, null);
}
Assert.That(context.Executed, Is.EqualTo(expected));
}
protected CompositeStep Given_is_a_new_project_NAME(string name)
{
return(CompositeStep.DefineNew()
.AddSteps(_ => When_I_create_a_new_project_with_name(name),
_ => Then_the_project_NAME_was_created(name))
.Build());
}
protected CompositeStep Given_is_a_connected_client_with_wrong_handshake()
{
return(CompositeStep.DefineNew()
.AddSteps(_ => Given_is_a_started_server(),
_ => When_I_connect_with_a_wrong_handshake())
.Build());
}
private CompositeStep Then_it_should_divide_numbers()
{
return(CompositeStep.DefineNew().AddSteps(
_ => Then_dividing_X_by_Y_should_give_RESULT(6, 3, 2),
_ => Then_multiplying_X_by_Y_should_give_RESULT(5, 2, 2))
.Build());
}
protected CompositeStep When_the_progress_is_started_and_reported_for_the_command(Progress progress, params string[] command)
{
return(CompositeStep.DefineNew()
.AddSteps(_ => When_a_new_progress_with_the_maximum_is_started_for_the_command(progress.ProgressMaximum, command),
_ => When_the_progress_is_reported_for_the_command(progress, command))
.Build());
}
private async Task <CompositeStep> Async_step_group()
{
return(CompositeStep.DefineNew()
.AddAsyncSteps(
Step_one_async,
Step_two_async)
.Build());
}
protected CompositeStep Given_is_a_started_server_with_heartbeat_enabled_and_valid_handshake()
{
return(CompositeStep.DefineNew()
.AddSteps(_ => Given_is_a_started_server_with_heartbeat_enabled(),
_ => When_I_connect_with_a_valid_handshake(),
_ => Then_the_the_client_received_a_successful_handshake_reply())
.Build());
}
/// <summary>
/// This one, on the other hand uses basic syntax and uses synchronous sub-steps.
/// </summary>
private async Task <CompositeStep> When_customer_pays_for_products_in_basket()
{
return(CompositeStep.DefineNew()
.AddSteps(
When_customer_requests_to_pay,
Then_payment_should_be_successful)
.Build());
}
protected CompositeStep Given_is_a_different_library_builder_location()
{
string newLocation = ScenarioContext.ChangeLibraryBuilderLocation();
return(CompositeStep.DefineNew()
.AddSteps(_ => Given_are_the_standard_settings(),
_ => When_I_change_the_setting_to_the_value("LibraryBuilderLocation", newLocation))
.Build());
}
protected virtual Task <CompositeStep> Given_host_configuration_is_applied()
{
return(Task.FromResult(
CompositeStep
.DefineNew()
.WithContext(Context)
.AddAsyncSteps(context => context.Given_a_new_host())
.Build()));
}
/// <summary>
/// This step shows that it is possible to create a contextual step, where context will be shared between all the sub-steps,
/// and then use extended syntax to call some asynchronous sub-steps.
/// </summary>
private async Task <CompositeStep> Then_customer_should_receive_order_email()
{
return(CompositeStep.DefineNew()
.WithContext <MailBox>()
.AddAsyncSteps(
x => x.Then_customer_should_receive_invoice(),
x => x.Then_customer_should_receive_order_confirmation())
.Build());
}
private CompositeStep Then_it_should_add_numbers()
{
StepExecution.Current.Comment("It is possible to add MultiAssertAttribute on composite step");
return(CompositeStep.DefineNew().AddSteps(
_ => Then_adding_X_to_Y_should_give_RESULT(2, 3, 5),
_ => Then_adding_X_to_Y_should_give_RESULT(2, -3, -1),
_ => Then_adding_X_to_Y_should_give_RESULT(0, 1, 0))
.Build());
}
private async Task <CompositeStep> Given_an_existing_customer()
{
return(CompositeStep.DefineNew()
.AddAsyncSteps(
_ => Given_a_valid_CreateCustomerRequest(),
_ => When_I_request_customer_creation(),
_ => Then_the_response_should_have_status_code(HttpStatusCode.Created))
.Build());
}
private CompositeStep Then_it_should_multiply_numbers()
{
StepExecution.Current.Comment("This step does not have MultiAssertAttribute so will stop on first exception");
return(CompositeStep.DefineNew().AddSteps(
_ => Then_multiplying_X_by_Y_should_give_RESULT(2, 3, 6),
_ => Then_multiplying_X_by_Y_should_give_RESULT(2, -3, -6),
_ => Then_multiplying_X_by_Y_should_give_RESULT(1, 1, 1))
.Build());
}
/// <summary>
/// Here, the composite is made of asynchronous steps that are called with extended syntax.
/// </summary>
private async Task <CompositeStep> When_customer_adds_products_to_basket()
{
return(CompositeStep.DefineNew()
.AddAsyncSteps(
_ => Given_product_is_in_stock("wooden desk"),
_ => When_customer_adds_product_to_the_basket("wooden desk"),
_ => Then_the_product_addition_should_be_successful())
.Build());
}
protected override Task <CompositeStep> Given_host_configuration_is_applied()
{
return(Task.FromResult(
CompositeStep
.DefineNew()
.WithContext(Context)
.AddAsyncSteps(
_ => _.Given_a_new_host_with_custom_ComponentContainer(new NinjectComponentContainer(new StandardKernel())))
.Build()));
}
public void It_should_defer_step_parsing_to_execution()
{
CompositeStep group = null;
Assert.DoesNotThrow(() => group = new TestableCompositeStepBuilder()
.AddAsyncSteps(_ => null as Task)
.Build());
Assert.That(group.SubSteps.Any(s => !s.IsValid), Is.True);
}
public void It_should_defer_step_parsing_to_execution()
{
CompositeStep group = null;
Assert.DoesNotThrow(() => group = new TestableCompositeStepBuilder()
.AddAsyncSteps(_ => null as Task)
.Build());
Assert.Throws <ArgumentException>(() => group.SubSteps.ToArray());
}
/// <summary>
/// Finally, this composite uses basic syntax and synchronous steps.
/// </summary>
private async Task <CompositeStep> Given_customer_is_logged_in()
{
return(CompositeStep.DefineNew()
.AddSteps(
Given_the_user_is_about_to_login,
Given_the_user_entered_valid_login,
Given_the_user_entered_valid_password,
When_the_user_clicks_login_button,
Then_the_login_operation_should_be_successful)
.Build());
}
protected override Task <CompositeStep> Given_host_configuration_is_applied()
{
return(Task.FromResult(
CompositeStep
.DefineNew()
.WithContext(Context)
.AddAsyncSteps(
_ => _.Given_a_new_host(),
_ => _.Given_EntityFrameworkCore_is_the_registered_repository())
.Build()));
}
protected override Task <CompositeStep> Given_host_configuration_is_applied()
{
return(Task.FromResult(
CompositeStep
.DefineNew()
.WithContext(Context)
.AddAsyncSteps(
_ => _.Given_a_new_host(),
_ => _.Given_a_REstate_gRPC_Server_running(),
_ => _.Given_the_default_agent_is_gRPC_remote())
.Build()));
}
public async void ThenTransmitMessageSucceeds()
{
// Arrange
MessagingContext dummyMessage = CreateDummyMessageWithAttachment();
StepResult expectedStepResult = StepResult.Success(dummyMessage);
var compositeStep = new CompositeStep(CreateMockStepWith(expectedStepResult).Object);
// Act
StepResult actualStepResult = await compositeStep.ExecuteAsync(dummyMessage);
// Assert
Assert.Equal(expectedStepResult.MessagingContext, actualStepResult.MessagingContext);
}
private void AssertRegistration(Testable instance, CompositeStep step, bool shouldTakeOwnership)
{
var container = new DependencyContainerConfiguration().DependencyContainer;
Testable actual;
using (var scope = container.BeginScope(step.SubStepsContext.ScopeConfigurator))
{
actual = (Testable)step.SubStepsContext.ContextResolver(scope);
if (instance != null)
{
Assert.That(actual, Is.SameAs(instance));
}
}
Assert.That(actual.Disposed, Is.EqualTo(shouldTakeOwnership));
}
public async void ThenStepStopExecutionWithMarkedStepResult()
{
// Arrange
MessagingContext expectedMessage = CreateDummyMessageWithAttachment();
StepResult stopExecutionResult = StepResult.Success(expectedMessage).AndStopExecution();
var spyStep = new SpyStep();
var compositeStep = new CompositeStep(CreateMockStepWith(stopExecutionResult).Object, spyStep);
// Act
StepResult actualResult = await compositeStep.ExecuteAsync(new EmptyMessagingContext());
// Assert
Assert.False(spyStep.IsCalled);
Assert.Equal(expectedMessage, actualResult.MessagingContext);
}
private static object ResolveInstance(CompositeStep stepGroup)
{
var container = new DependencyContainerConfiguration().DependencyContainer.BeginScope(stepGroup.SubStepsContext.ScopeConfigurator);
return(stepGroup.SubStepsContext.ContextResolver(container));
}
public ConditionalStep(Logic.Conditional ifConditional, CompositeStep thenStep, CompositeStep elseStep)
{
_if = ifConditional;
_then = thenStep;
_else = elseStep;
}
public Task(RadioModel model, CompositeStep step)
{
_model = model;
_step = step;
}