public void SelectsFirstMatchingOrchestrator(string firstActionName, string secondActionName, int repeatCount)
{
//arrange
var orchestrator1 = Substitute.For <IActionOrchestrator>();
var orchestrator2 = Substitute.For <IActionOrchestrator>();
var firstAction = Substitute.For <ICauseAnarchy>();
firstAction.Name.Returns(firstActionName);
var secondAction = Substitute.For <ICauseAnarchy>();
secondAction.Name.Returns(secondActionName);
orchestrator1.AnarchyAction.Returns(firstAction);
orchestrator1.ExecutionSchedule.Returns(new Schedule {
RepeatCount = 1
});
orchestrator2.AnarchyAction.Returns(secondAction);
orchestrator2.ExecutionSchedule.Returns(new Schedule {
RepeatCount = 2
});
var sut = new AnarchyManagerNew(new[] { orchestrator1, orchestrator2 });
//act
var result = sut.GetScheduleFromActionOrchestrator("firstActionName");
//assert
result.RepeatCount.Should().Be(repeatCount);
}
public void MatchingOrchestrator_ScheduleNotExists()
{
//arrange
var orchestrator = Substitute.For <IActionOrchestrator>();
var action = Substitute.For <ICauseAnarchy>();
action.Name.Returns("testAnarchyType");
orchestrator.AnarchyAction.Returns(action);
orchestrator.ExecutionSchedule.Returns((Schedule)null);
var sut = new AnarchyManagerNew(new[] { orchestrator });
//act
var result = sut.GetScheduleFromActionOrchestrator("testAnarchyType");
//assert
result.Should().BeNull();
}
public void NoMatchingOrchestrator(string anarchyAction)
{
//arrange
var schedule = new Schedule();
var orchestrator = Substitute.For <IActionOrchestrator>();
var action = Substitute.For <ICauseAnarchy>();
action.Name.Returns("testAnarchyType");
orchestrator.AnarchyAction.Returns(action);
orchestrator.ExecutionSchedule.Returns(schedule);
var sut = new AnarchyManagerNew(new[] { orchestrator });
//act
var exception = Assert.Catch(() => sut.GetScheduleFromActionOrchestrator(anarchyAction));
//assert
exception.Should().BeOfType <AnarchyActionNotFoundException>();
}