public void DenyWhileChangingOfRunningMessageConsumer()
{
IMessageSource<TestMessage> source = MessageGenerator.CreateSource(TestRouterHelper.SourceName, TestRouterHelper.MessagesCountToGenerate);
var factory = new TestRouterFactory(new Waiter(waitablesCount: 1), messages => messages.CheckOrder(TestRouterHelper.Sequence(0, TestRouterHelper.MessagesCountToGenerate)));
using (IMessageConsumer<TestMessage> consumer = factory.CreateConsumer(source))
{
consumer.Consume(TestRouterHelper.HandleMessage);
consumer.While = null;
}
}
public void CheckOrderTest()
{
IMessageSource<TestMessage> source = MessageGenerator.CreateSource(TestRouterHelper.SourceName, TestRouterHelper.MessagesCountToGenerate);
var waiter = new Waiter(waitablesCount:1);
var factory = new TestRouterFactory(waiter, messages => messages.CheckOrder(TestRouterHelper.Sequence(0, TestRouterHelper.MessagesCountToGenerate)));
using(IMessageConsumer<TestMessage> consumer = factory.CreateConsumer(source))
{
consumer.Consume(TestRouterHelper.HandleMessage);
waiter.Wait(true);
}
}
public void DenyWhileChangingOfRunningMessageConsumer()
{
IMessageSource <TestMessage> source = MessageGenerator.CreateSource(TestRouterHelper.SourceName, TestRouterHelper.MessagesCountToGenerate);
var factory = new TestRouterFactory(new Waiter(waitablesCount: 1), messages => messages.CheckOrder(TestRouterHelper.Sequence(0, TestRouterHelper.MessagesCountToGenerate)));
using (IMessageConsumer <TestMessage> consumer = factory.CreateConsumer(source))
{
consumer.Consume(TestRouterHelper.HandleMessage);
consumer.While = null;
}
}
public void SwallowExceptionTest()
{
const int errorMessageIndex = 5;
var waiter = new Waiter(waitablesCount:1);
IMessageSource<TestMessage> source = MessageGenerator.CreateSource(TestRouterHelper.SourceName, TestRouterHelper.MessagesCountToGenerate, errorMessageIndex, swallowException:true);
var factory = new TestRouterFactory(waiter, messages => messages.CheckOrder(TestRouterHelper.SequenceExcluding(0, TestRouterHelper.MessagesCountToGenerate, errorMessageIndex)));
using (IMessageConsumer<TestMessage> consumer = factory.CreateConsumer(source))
{
consumer.Consume(TestRouterHelper.HandleMessage);
waiter.Wait(true);
}
}
public void CheckOrderTest()
{
IMessageSource <TestMessage> source = MessageGenerator.CreateSource(TestRouterHelper.SourceName, TestRouterHelper.MessagesCountToGenerate);
var waiter = new Waiter(waitablesCount: 1);
var factory = new TestRouterFactory(waiter, messages => messages.CheckOrder(TestRouterHelper.Sequence(0, TestRouterHelper.MessagesCountToGenerate)));
using (IMessageConsumer <TestMessage> consumer = factory.CreateConsumer(source))
{
consumer.Consume(TestRouterHelper.HandleMessage);
waiter.Wait(true);
}
}
public void SwallowExceptionTest()
{
const int errorMessageIndex = 5;
var waiter = new Waiter(waitablesCount: 1);
IMessageSource <TestMessage> source = MessageGenerator.CreateSource(TestRouterHelper.SourceName, TestRouterHelper.MessagesCountToGenerate, errorMessageIndex, swallowException: true);
var factory = new TestRouterFactory(waiter, messages => messages.CheckOrder(TestRouterHelper.SequenceExcluding(0, TestRouterHelper.MessagesCountToGenerate, errorMessageIndex)));
using (IMessageConsumer <TestMessage> consumer = factory.CreateConsumer(source))
{
consumer.Consume(TestRouterHelper.HandleMessage);
waiter.Wait(true);
}
}
public void ChildrenOrderTest()
{
const int sourcesCount = 5;
IMessageSource<TestMessage> source = MessageGenerator.CreateCompositeSource(TestRouterHelper.SourceName, sourcesCount, TestRouterHelper.MessagesCountToGenerate);
var waiter = new Waiter(sourcesCount);
var factory = new TestRouterFactory(waiter, messages => messages.CheckOrder(TestRouterHelper.Sequence(0, TestRouterHelper.MessagesCountToGenerate)));
using (IMessageConsumer<TestMessage> router = factory.CreateRouter(source, factory, m => m.Tag))
{
router.Consume(TestRouterHelper.HandleMessage);
waiter.Wait(true);
// we compare to 55, not 50, because each source has stop message at the end.
((TestMessageRouter) router).ReceiveCallCount.Should(Be.EqualTo(55));
}
}
public void CheckIsRunningTest()
{
IMessageSource<TestMessage> source = MessageGenerator.CreateSource(TestRouterHelper.SourceName, TestRouterHelper.MessagesCountToGenerate);
var waiter = new Waiter(waitablesCount:1);
var factory = new TestRouterFactory(waiter, messages =>{});
using (IMessageConsumer<TestMessage> consumer = factory.CreateConsumer(source))
{
consumer.IsRunning.Should(Be.False, "consumer.IsRunning.Should(Be.False)");
consumer.Consume(TestRouterHelper.HandleMessage);
consumer.IsRunning.Should(Be.True, "consumer.IsRunning.Should(Be.True)");
waiter.Wait();
consumer.IsRunning.Should(Be.True, "consumer.IsRunning.Should(Be.True)");
}
}
public void CheckIsRunningTest()
{
IMessageSource <TestMessage> source = MessageGenerator.CreateSource(TestRouterHelper.SourceName, TestRouterHelper.MessagesCountToGenerate);
var waiter = new Waiter(waitablesCount: 1);
var factory = new TestRouterFactory(waiter, messages => {});
using (IMessageConsumer <TestMessage> consumer = factory.CreateConsumer(source))
{
consumer.IsRunning.Should(Be.False);
consumer.Consume(TestRouterHelper.HandleMessage);
consumer.IsRunning.Should(Be.True);
waiter.Wait();
consumer.IsRunning.Should(Be.True);
}
}
public void ChildrenOrderTest()
{
const int sourcesCount = 5;
IMessageSource <TestMessage> source = MessageGenerator.CreateCompositeSource(TestRouterHelper.SourceName, sourcesCount, TestRouterHelper.MessagesCountToGenerate);
var waiter = new Waiter(sourcesCount);
var factory = new TestRouterFactory(waiter, messages => messages.CheckOrder(TestRouterHelper.Sequence(0, TestRouterHelper.MessagesCountToGenerate)));
using (IMessageConsumer <TestMessage> router = factory.CreateRouter(source, factory, m => m.Tag))
{
router.Consume(TestRouterHelper.HandleMessage);
waiter.Wait(true);
// we compare to 55, not 50, because each source has stop message at the end.
((TestMessageRouter)router).ReceiveCallCount.Should(Be.EqualTo(55));
}
}
public void RouterShouldHandleMessagesIfTagIsNotProvided()
{
IMessageSource<TestMessage> source = MessageGenerator.CreateSource(string.Empty, 5);
var waiter = new Waiter(1);
var factory = new TestRouterFactory(waiter, messages => { });
using (IMessageConsumer<TestMessage> router = factory.CreateRouter(source, factory, m => m.Tag))
{
var messagesHandled = 0;
waiter.Register(router);
router.While = m => TestMessage.IsNotStopMessage(string.Empty, m);
router.Consume(message => messagesHandled++);
waiter.Wait(true);
messagesHandled.Should(Be.EqualTo(6));
//Do not receive message from queue, if router handles message by itself. Let the handle logic do this.
((TestMessageRouter)router).ReceiveCallCount.Should(Be.EqualTo(0));
}
}
public void RouterShouldHandleMessagesIfTagIsNotProvided()
{
IMessageSource <TestMessage> source = MessageGenerator.CreateSource(string.Empty, 5);
var waiter = new Waiter(1);
var factory = new TestRouterFactory(waiter, messages => { });
using (IMessageConsumer <TestMessage> router = factory.CreateRouter(source, factory, m => m.Tag))
{
var messagesHandled = 0;
waiter.Register(router);
router.While = m => TestMessage.IsNotStopMessage(string.Empty, m);
router.Consume(message => messagesHandled++);
waiter.Wait(true);
messagesHandled.Should(Be.EqualTo(6));
//Do not receive message from queue, if router handles message by itself. Let the handle logic do this.
((TestMessageRouter)router).ReceiveCallCount.Should(Be.EqualTo(0));
}
}