public void Does_not_match_tasks_if_namespace_incorrect()
{
var matcher = new NamespaceMatcher("test", "No.Such.Tasks");
var matchResult = matcher.TryMatch(PersistentTask.Instance);
Assert.That(matchResult.Matched, Is.False);
}
public void Matches_tasks_by_filter(string namespaceFilter)
{
var matcher = new NamespaceMatcher("test", namespaceFilter);
var matchResult = matcher.TryMatch(PersistentTask.Instance);
Assert.That(matchResult.Matched, Is.True);
}
public void Should_match_and_return_results_from_different_matchers()
{
var nsMatcher = new NamespaceMatcher("byNamespace", typeof (PersistentTask).Namespace);
var funcMatcher = new FuncMatcher("byFunc", task => task.GetType() == typeof (LongRunningTask));
var matcher = new AggregateMatcher(nsMatcher, funcMatcher);
var namespaceMatch = matcher.TryMatch(PersistentTask.Instance);
Assert.That(namespaceMatch.Matched, Is.True);
Assert.That(namespaceMatch.Value, Is.EqualTo("byNamespace"));
var anotherTask = new LongRunningTask(false);
var funcMatch = matcher.TryMatch(anotherTask);
Assert.That(funcMatch.Matched, Is.True);
Assert.That(funcMatch.Value, Is.EqualTo("byFunc"));
}
public void Ordered_tasks_are_executed_serially()
{
var taskQueueSettings = new QueuedExecutorSettings{Name = "test"};
var taskQueue = new QueuedExecutor(taskQueueSettings, NullPersister.Instance);
var matcher = new NamespaceMatcher(taskQueue.Name, NamespaceMatcher.AnyWildCard);
var taskRouter = new TaskRouter(matcher, new IExecutorImplementation[]{taskQueue });
var dispatcher = new TaskDispatcher(2, new IExecutionQueue[] {taskQueue});
var executor = new Executor(taskRouter, dispatcher, new DefaultReleaser());
var tasks = Enumerable.Range(1, 2).Select(x => new LongRunningTask(true) {Name = "Task" + x}).ToArray();
foreach (var task in tasks)
{
executor.Execute(task);
}
Assert.That(tasks[0].WaitForStart(1000), Is.True, "First task should start");
Assert.That(tasks[1].WaitForStart(1000), Is.False, "Second task should not start");
}