public void SpecRunCoordinator_should_mark_spec_as_passed_if_all_nodes_pass()
{
var nodeIndexes = Enumerable.Range(1, 3).ToArray();
var nodeTests = NodeMessageHelpers.BuildNodeTests(nodeIndexes);
var specRunCoordinator = Sys.ActorOf(Props.Create(() => new SpecRunCoordinator(nodeTests.First()
.TypeName, nodeTests.First().MethodName, nodeTests)));
var messages = NodeMessageHelpers.GenerateMessageSequence(nodeIndexes, 100);
//Add some result (PASS) messages
messages.UnionWith(NodeMessageHelpers.GenerateResultMessage(nodeIndexes, true));
foreach (var multiNodeMessage in messages)
{
specRunCoordinator.Tell(multiNodeMessage);
}
//End the test
specRunCoordinator.Tell(new EndSpec(), TestActor);
var factData = ExpectMsg <FactData>();
Assert.Equal(nodeIndexes.Length, factData.NodeFacts.Count);
Assert.True(factData.NodeFacts.All(x => x.Value.Passed.Value), "each individual node should have marked their test as passed");
Assert.True(factData.Passed.Value, "SpecCoordinator should have marked spec as passed");
}
public void NodeData_should_process_LogMessageFragments_into_timeline()
{
var nodeIndex = 1;
var nodeDataActor = Sys.ActorOf(Props.Create(() => new NodeDataActor(nodeIndex)));
var m1 = NodeMessageHelpers.GenerateMessageSequence(nodeIndex, 3);
foreach (var m in m1)
{
nodeDataActor.Tell(m);
}
var m2 = NodeMessageHelpers.GenerateMessageFragmentSequence(nodeIndex, 4);
foreach (var m in m2)
{
nodeDataActor.Tell(m);
}
//union the two sets together
m1.UnionWith(m2);
//Kill the node data actor and have it deliver its payload to TestActor
nodeDataActor.Tell(new EndSpec(), TestActor);
var nodeData = ExpectMsg <NodeData>();
Assert.True(m1.SetEquals(nodeData.EventStream));
Assert.Equal(nodeIndex, nodeData.NodeIndex);
Assert.False(nodeData.EndTime.HasValue);
Assert.False(nodeData.Passed.HasValue);
}
public void SpecRunCoordinator_should_route_messages_correctly_to_child_NodeDataActors()
{
var nodeIndexes = Enumerable.Range(1, 3).ToArray();
var nodeTests = NodeMessageHelpers.BuildNodeTests(nodeIndexes);
var specRunCoordinator = Sys.ActorOf(Props.Create(() => new SpecRunCoordinator(nodeTests.First()
.TypeName, nodeTests.First().MethodName, nodeTests)));
var messages = NodeMessageHelpers.GenerateMessageSequence(nodeIndexes, 100);
foreach (var multiNodeMessage in messages)
{
specRunCoordinator.Tell(multiNodeMessage);
}
//End the test
specRunCoordinator.Tell(new EndSpec(), TestActor);
var factData = ExpectMsg <FactData>();
// Combine the messages from each individual NodeData back into a unioned set.
// Should match what we sent (messages.)
var combinedTimeline = new SortedSet <MultiNodeMessage>();
foreach (var nodeData in factData.NodeFacts)
{
combinedTimeline.UnionWith(nodeData.Value.EventStream);
}
Assert.Equal(nodeIndexes.Length, factData.NodeFacts.Count);
Assert.True(messages.SetEquals(combinedTimeline));
}
public void SpecRunCoordinator_should_mark_spec_as_failed_if_one_node_fails()
{
var nodeIndexes = Enumerable.Range(1, 3).ToArray();
var nodeTests = NodeMessageHelpers.BuildNodeTests(nodeIndexes);
var specRunCoordinator = Sys.ActorOf(Props.Create(() => new SpecRunCoordinator(nodeTests.First()
.TypeName, nodeTests.First().MethodName, nodeTests)));
var messages = NodeMessageHelpers.GenerateMessageSequence(nodeIndexes, 100);
//Add some result (1 FAIL, 2 PASS) messages
var front = nodeIndexes.First();
var nodesMinusFront = nodeIndexes.Where(x => x != front);
messages.UnionWith(NodeMessageHelpers.GenerateResultMessage(nodesMinusFront, true)); //PASS messages
messages.UnionWith(NodeMessageHelpers.GenerateResultMessage(front, false)); //one FAIL message
foreach (var multiNodeMessage in messages)
{
specRunCoordinator.Tell(multiNodeMessage);
}
//End the test
specRunCoordinator.Tell(new EndSpec(), TestActor);
var factData = ExpectMsg <FactData>();
Assert.Equal(nodeIndexes.Length, factData.NodeFacts.Count);
Assert.True(factData.NodeFacts.Count(x => !x.Value.Passed.Value) == 1, "one node should have marked their test as failed");
Assert.True(factData.NodeFacts.Count(x => x.Value.Passed.Value) == nodeIndexes.Length - 1, "rest of nodes should have marked their test as passed");
Assert.False(factData.Passed.Value, "SpecCoordinator should have marked spec as failed");
}
public void TestCoordinatorEnabledMessageSink_should_receive_TestRunTree_when_EndTestRun_is_received()
{
var consoleMessageSink = Sys.ActorOf(Props.Create(() => new ConsoleMessageSinkActor(true)));
var nodeIndexes = Enumerable.Range(1, 4).ToArray();
var nodeTests = NodeMessageHelpers.BuildNodeTests(nodeIndexes);
var beginSpec = new BeginNewSpec(nodeTests.First().TypeName, nodeTests.First().MethodName, nodeTests);
consoleMessageSink.Tell(beginSpec);
// create some messages for each node, the test runner, and some result messages
// just like a real MultiNodeSpec
var allMessages = NodeMessageHelpers.GenerateMessageSequence(nodeIndexes, 300);
var runnerMessages = NodeMessageHelpers.GenerateTestRunnerMessageSequence(20);
var passMessages = NodeMessageHelpers.GenerateResultMessage(nodeIndexes, true);
allMessages.UnionWith(runnerMessages);
allMessages.UnionWith(passMessages);
foreach (var message in allMessages)
{
consoleMessageSink.Tell(message);
}
//end the spec
consoleMessageSink.Tell(new EndSpec());
//end the test run...
var sinkReadyToTerminate =
consoleMessageSink.AskAndWait <MessageSinkActor.SinkCanBeTerminated>(new EndTestRun(),
TimeSpan.FromSeconds(3));
Assert.NotNull(sinkReadyToTerminate);
}
public void NodeData_should_mark_as_failed_when_MultiNodeResultMessage_received()
{
var nodeIndex = 1;
var nodeRole = NodeMessageHelpers.DummyRoleFor + nodeIndex;
var nodeDataActor = Sys.ActorOf(Props.Create(() => new NodeDataActor(nodeIndex, nodeRole)));
var m1 = NodeMessageHelpers.GenerateMessageSequence(nodeIndex, 3);
m1.UnionWith(NodeMessageHelpers.GenerateResultMessage(nodeIndex, false));
foreach (var m in m1)
{
nodeDataActor.Tell(m);
}
//Kill the node data actor and have it deliver its payload to TestActor
nodeDataActor.Tell(new EndSpec(), TestActor);
var nodeData = ExpectMsg <NodeData>();
Assert.True(m1.SetEquals(nodeData.EventStream));
Assert.False(nodeData.Passed.Value);
Assert.True(nodeData.EndTime.HasValue);
Assert.True(nodeData.EndTime.Value >= nodeData.StartTime);
}
public void TestRunCoordinator_should_start_and_route_messages_to_SpecRunCoordinator()
{
var testRunCoordinator = Sys.ActorOf(Props.Create <TestRunCoordinator>());
var nodeIndexes = Enumerable.Range(1, 4).ToArray();
var nodeTests = NodeMessageHelpers.BuildNodeTests(nodeIndexes);
var beginSpec = new BeginNewSpec(nodeTests.First().TypeName, nodeTests.First().MethodName, nodeTests);
//begin a new spec
testRunCoordinator.Tell(beginSpec);
// create some messages for each node, the test runner, and some result messages
// just like a real MultiNodeSpec
var allMessages = NodeMessageHelpers.GenerateMessageSequence(nodeIndexes, 300);
var runnerMessages = NodeMessageHelpers.GenerateTestRunnerMessageSequence(20);
allMessages.UnionWith(runnerMessages);
foreach (var message in allMessages)
{
testRunCoordinator.Tell(message);
}
//end the spec
testRunCoordinator.Tell(new EndTestRun(), TestActor);
var testRunData = ExpectMsg <TestRunTree>();
Assert.Equal(1, testRunData.Specs.Count());
var specMessages = new SortedSet <MultiNodeMessage>();
foreach (var spec in testRunData.Specs)
{
specMessages.UnionWith(spec.RunnerMessages);
foreach (var fact in spec.NodeFacts)
{
specMessages.UnionWith(fact.Value.EventStream);
}
}
Assert.True(allMessages.SetEquals(specMessages));
}
public void SpecRunCoordinator_should_log_TestRunner_messages()
{
var nodeIndexes = Enumerable.Range(1, 3).ToArray();
var nodeTests = NodeMessageHelpers.BuildNodeTests(nodeIndexes);
var specRunCoordinator = Sys.ActorOf(Props.Create(() => new SpecRunCoordinator(nodeTests.First()
.TypeName, nodeTests.First().MethodName, nodeTests)));
var runnerMessages = NodeMessageHelpers.GenerateTestRunnerMessageSequence(100);
foreach (var multiNodeMessage in runnerMessages)
{
specRunCoordinator.Tell(multiNodeMessage);
}
//End the test
specRunCoordinator.Tell(new EndSpec(), TestActor);
var factData = ExpectMsg <FactData>();
Assert.True(factData.RunnerMessages.Any());
Assert.True(runnerMessages.SetEquals(factData.RunnerMessages));
}
public void TestRunCoordinator_should_publish_FactData_to_Subscribers_when_Specs_complete()
{
var testRunCoordinator = Sys.ActorOf(Props.Create <TestRunCoordinator>());
var nodeIndexes = Enumerable.Range(1, 4).ToArray();
var nodeTests = NodeMessageHelpers.BuildNodeTests(nodeIndexes);
var beginSpec = new BeginNewSpec(nodeTests.First().TypeName, nodeTests.First().MethodName, nodeTests);
//register the TestActor as a subscriber for FactData announcements
testRunCoordinator.Tell(new TestRunCoordinator.SubscribeFactCompletionMessages(TestActor));
//begin a new spec
testRunCoordinator.Tell(beginSpec);
// create some messages for each node, the test runner, and some result messages
// just like a real MultiNodeSpec
var allMessages = NodeMessageHelpers.GenerateMessageSequence(nodeIndexes, 300);
var runnerMessages = NodeMessageHelpers.GenerateTestRunnerMessageSequence(20);
var passMessages = NodeMessageHelpers.GenerateResultMessage(nodeIndexes, true);
allMessages.UnionWith(runnerMessages);
allMessages.UnionWith(passMessages);
foreach (var message in allMessages)
{
testRunCoordinator.Tell(message);
}
//end the spec
testRunCoordinator.Tell(new EndSpec());
var factData = ExpectMsg <FactData>();
Assert.True(factData.Passed.Value, "Spec should have passed");
Assert.True(factData.NodeFacts.All(x => x.Value.Passed.Value), "All individual nodes should have reported test pass");
}