private void PrintSpecRunResults(FactData data)
{
WriteSpecMessage(string.Format("Results for {0}", data.FactName));
WriteSpecMessage(string.Format("Start time: {0}", new DateTime(data.StartTime, DateTimeKind.Utc)));
foreach (var node in data.NodeFacts)
{
WriteSpecMessage(string.Format(" --> Node {0}: {1} [{2} elapsed]", node.Value.NodeIndex,
node.Value.Passed.GetValueOrDefault(false) ? "PASS" : "FAIL", node.Value.Elapsed));
}
WriteSpecMessage(string.Format("End time: {0}",
new DateTime(data.EndTime.GetValueOrDefault(DateTime.UtcNow.Ticks), DateTimeKind.Utc)));
WriteSpecMessage(string.Format("FINAL RESULT: {0} after {1}.",
data.Passed.GetValueOrDefault(false) ? "PASS" : "FAIL", data.Elapsed));
//If we had a failure
if (data.Passed.GetValueOrDefault(false) == false)
{
WriteSpecMessage("Failure messages by Node");
foreach (var node in data.NodeFacts)
{
if (node.Value.Passed.GetValueOrDefault(false) == false)
{
WriteSpecMessage(string.Format("<----------- BEGIN NODE {0} ----------->", node.Key));
foreach (var resultMessage in node.Value.ResultMessages)
{
WriteSpecMessage(String.Format(" --> {0}", resultMessage.Message));
}
if(node.Value.ResultMessages == null || node.Value.ResultMessages.Count == 0)
WriteSpecMessage("[received no messages - SILENT FAILURE].");
WriteSpecMessage(string.Format("<----------- END NODE {0} ----------->", node.Key));
}
}
}
}
public SpecRunCoordinator(string className, string methodName, IList<NodeTest> nodes)
{
Nodes = nodes;
MethodName = methodName;
ClassName = className;
FactData = new FactData(string.Format("{0}.{1}", className, methodName));
_nodeActors = new Dictionary<int, IActorRef>();
SetReceive();
}
public string BuildGroupItems(FactData spec)
{
var groups = spec.NodeFacts
.Select(
nf =>
string.Format("{{ id:{0}, content:'Node {0}' }}", nf.Value.NodeIndex))
.Concat(@"{ id:-1, content:'Misc' }");
return string.Join(",\r\n", groups);
}
public string BuildGroupItems(FactData spec)
{
var groups = spec.NodeFacts
.Select(
nf =>
string.Format("{{ id:{0}, content:'Node {0}:{1}' }}", nf.Value.NodeIndex, nf.Value.NodeRole))
.Concat(@"{ id:-1, content:'Misc' }");
return(string.Join(",\r\n", groups));
}
public string BuildOptions(FactData spec)
{
var events =
spec.NodeFacts.SelectMany(
nodeFact =>
nodeFact.Value.EventStream
.Select(
nodeMessage =>
nodeMessage.TimeStamp))
.ToList();
var startEventTimeParameter = "null";
var endEventTimeParameter = "null";
if (events.Count > 0)
{
var firstEventTimeStamp = events.Aggregate(
(aggregate, nextValue) =>
aggregate > nextValue
? nextValue
: aggregate);
var lastEventTimeStamp = events.Aggregate(
(aggregate, nextValue) =>
aggregate < nextValue
? nextValue
: aggregate);
var startEventTime = new DateTime(firstEventTimeStamp);
var endDisplayTime = new DateTime(lastEventTimeStamp);
// TODO: Find a better way of calculating additional time from message length
// The last message is the 3 second wait. Which is about half the delta from start to end in length.
var startEndDelta = (endDisplayTime - startEventTime).Ticks / 2;
endDisplayTime = endDisplayTime.AddTicks(startEndDelta);
startEventTimeParameter = string.Format("'{0}'", startEventTime.ToString("o"));
endEventTimeParameter = string.Format("'{0}'", endDisplayTime.ToString("o"));
}
return string.Format(
"{{ start:{0}, end:{1}, align:'left', clickToUse:true }}",
startEventTimeParameter,
endEventTimeParameter);
}
public string BuildOptions(FactData spec)
{
var events =
spec.NodeFacts.SelectMany(
nodeFact =>
nodeFact.Value.EventStream
.Select(
nodeMessage =>
nodeMessage.TimeStamp))
.ToList();
var startEventTimeParameter = "null";
var endEventTimeParameter = "null";
if (events.Count > 0)
{
var firstEventTimeStamp = events.Aggregate(
(aggregate, nextValue) =>
aggregate > nextValue
? nextValue
: aggregate);
var lastEventTimeStamp = events.Aggregate(
(aggregate, nextValue) =>
aggregate < nextValue
? nextValue
: aggregate);
var startEventTime = new DateTime(firstEventTimeStamp);
var endDisplayTime = new DateTime(lastEventTimeStamp);
// TODO: Find a better way of calculating additional time from message length
// The last message is the 3 second wait. Which is about half the delta from start to end in length.
var startEndDelta = (endDisplayTime - startEventTime).Ticks / 2;
endDisplayTime = endDisplayTime.AddTicks(startEndDelta);
startEventTimeParameter = string.Format("'{0}'", startEventTime.ToString("o"));
endEventTimeParameter = string.Format("'{0}'", endDisplayTime.ToString("o"));
}
return(string.Format(
"{{ start:{0}, end:{1}, align:'left', clickToUse:true }}",
startEventTimeParameter,
endEventTimeParameter));
}
public string BuildTimelineItem(FactData spec)
{
var messages = spec.RunnerMessages
.Select(m => TimelineItemFactory.CreateSpecMessage(Prefix, m.Message, m.NodeIndex, m.TimeStamp));
var facts =
spec.NodeFacts.SelectMany(
nodeFact =>
nodeFact.Value.EventStream.Select(
nodeMessage =>
TimelineItemFactory.CreateNodeFact(
Prefix,
nodeMessage.Message,
nodeMessage.NodeIndex,
nodeMessage.TimeStamp)));
var itemStrings = messages.Concat(facts)
.Select(i => i.ToJavascriptString());
return string.Join(",\r\n", itemStrings);
}
public string BuildTimelineItem(FactData spec)
{
var messages = spec.RunnerMessages
.Select(m => TimelineItemFactory.CreateSpecMessage(Prefix, m.Message, m.NodeIndex, m.TimeStamp));
var facts =
spec.NodeFacts.SelectMany(
nodeFact =>
nodeFact.Value.EventStream.Select(
nodeMessage =>
TimelineItemFactory.CreateNodeFact(
Prefix,
nodeMessage.Message,
nodeMessage.NodeIndex,
nodeMessage.TimeStamp)));
var itemStrings = messages.Concat(facts)
.Select(i => i.ToJavascriptString());
return(string.Join(",\r\n", itemStrings));
}
private void PrintSpecRunResults(FactData data)
{
WriteSpecMessage(string.Format("Results for {0}", data.FactName));
WriteSpecMessage(string.Format("Start time: {0}", new DateTime(data.StartTime, DateTimeKind.Utc)));
foreach (var node in data.NodeFacts)
{
WriteSpecMessage(string.Format(" --> Node {0}: {1} [{2} elapsed]", node.Value.NodeIndex,
node.Value.Passed.GetValueOrDefault(false) ? "PASS" : "FAIL", node.Value.Elapsed));
}
WriteSpecMessage(string.Format("End time: {0}",
new DateTime(data.EndTime.GetValueOrDefault(DateTime.UtcNow.Ticks), DateTimeKind.Utc)));
WriteSpecMessage(string.Format("FINAL RESULT: {0} after {1}.",
data.Passed.GetValueOrDefault(false) ? "PASS" : "FAIL", data.Elapsed));
//If we had a failure
if (data.Passed.GetValueOrDefault(false) == false)
{
WriteSpecMessage("Failure messages by Node");
foreach (var node in data.NodeFacts)
{
if (node.Value.Passed.GetValueOrDefault(false) == false)
{
WriteSpecMessage(string.Format("<----------- BEGIN NODE {0} ----------->", node.Key));
foreach (var resultMessage in node.Value.ResultMessages)
{
WriteSpecMessage(String.Format(" --> {0}", resultMessage.Message));
}
if (node.Value.ResultMessages == null || node.Value.ResultMessages.Count == 0)
{
WriteSpecMessage("[received no messages - SILENT FAILURE].");
}
WriteSpecMessage(string.Format("<----------- END NODE {0} ----------->", node.Key));
}
}
}
}
protected abstract void ReceiveFactData(FactData data);
public string BuildSpecificationId(FactData spec)
{
return spec.FactName.Replace(".", "_");
}
protected abstract void ReceiveFactData(FactData data);
public string BuildSpecificationId(FactData spec)
{
return(spec.FactName.Replace(".", "_"));
}
protected override void ReceiveFactData(FactData data)
{
PrintSpecRunResults(data);
}
public Function()
{
_client = new FactData();
}
protected override void ReceiveFactData(FactData data)
{
}
protected override void ReceiveFactData(FactData data)
{
//Ask the TestRunCoordinator to give us the latest state
Sender.Tell(new TestRunCoordinator.RequestTestRunState());
}
protected override void ReceiveFactData(FactData data)
{
//Ask the TestRunCoordinator to give us the latest state
Sender.Tell(new TestRunCoordinator.RequestTestRunState());
}
protected override void ReceiveFactData(FactData data)
{
PrintSpecRunResults(data);
}
