/// [Trait(Traits.Age, Traits.Fresh)]
//[Trait(Traits.Style, Traits.Unit)]
public void MessageBatching_Works_Enabled()
{
const int MESSAGE_BATCHSIZE = 10;
Bilge sut = TestHelper.GetBilgeAndClearDown();
sut.SetMessageBatching(MESSAGE_BATCHSIZE, 500000);
sut.ActiveTraceLevel = SourceLevels.Information;
var mmh = new MockMessageHandler();
sut.AddHandler(mmh);
for (int i = 0; i < 100; i++)
{
sut.Info.Log("Dummy Message");
if (i % 25 == 0)
{
//Thread.Sleep(100);
// The flush forces the write, this is needed otherwise it bombs through
// too fast for more than one write to the handler to occur.
sut.Flush();
}
if (mmh.TotalMessagesRecieved > 0)
{
// Any time that we get a batch it must be at least MESSAGE_BATCHSIZE msgs.
Assert.True(mmh.LastMessageBatchSize >= MESSAGE_BATCHSIZE, $"Batch Size NotBig Enough at {i} batch Size {mmh.LastMessageBatchSize}");
}
}
}
private void PerformMessageTestBatchLarge(int mc)
{
Bilge useThis = new Bilge();
useThis.SetMessageBatching(1000, 10000);
for (int i = 0; i < mc; i++)
{
useThis.Info.Log($"Tis is the message that is averagely log {i}");
}
}
public void ExecuteTest()
{
clockers.Clear();
if (Debugger.IsAttached)
{
MESSAGESTOSEND = 100;
}
Func <Bilge> defaultBilge = () => {
return(b);
};
Func <Bilge> bigBatch = () => {
var bx = new Bilge(tl: SourceLevels.Verbose);
bx.SetMessageBatching(1000, 5000);
return(bx);
};
Func <Bilge> bilgeNoBatching = () => {
Bilge bx = new Bilge(tl: SourceLevels.Verbose);
bx.DisableMessageBatching();
return(bx);
};
Action <string, Action <Bilge>, Bilge> runPerformanceTest = (nameOfTheTest, testMethodToExecute, bilgeInstanceToUse) => {
clockers.Add(nameOfTheTest, new Stopwatch());
Bilge bToUse = bilgeInstanceToUse;
clockers[nameOfTheTest].Start();
testMethodToExecute(bToUse);
clockers[nameOfTheTest].Stop();
};
clockers.Add("main", new Stopwatch());
clockers.Add("main-noflush", new Stopwatch());
clockers["main"].Start();
clockers["main-noflush"].Start();
runPerformanceTest("singleLog-default", StandardLogOnMainThread, defaultBilge());
runPerformanceTest("singleLog-nobatch", StandardLogOnMainThread, bilgeNoBatching());
runPerformanceTest("singleLog-bigbatch", StandardLogOnMainThread, bigBatch());
//runPerformanceTest("standard-onelog-nobatch", StandardLogOnMainThread, bilgeNoBatching());
runPerformanceTest("mutilog-default", MultiLogOnMainThread, defaultBilge());
clockers["main-noflush"].Stop();
b.Flush();
clockers["main"].Stop();
}
/// [Trait(Traits.Age, Traits.Fresh)]
//[Trait(Traits.Style, Traits.Unit)]
public void MessageBatching_Works_Timed()
{
const int MESSAGE_BATCHSIZE = 10000;
Bilge sut = TestHelper.GetBilgeAndClearDown();
sut.SetMessageBatching(MESSAGE_BATCHSIZE, 250);
sut.ActiveTraceLevel = SourceLevels.Information;
var mmh = new MockMessageHandler();
sut.AddHandler(mmh);
sut.Info.Log("Dummy Message");
Stopwatch timeSoFar = new Stopwatch();
timeSoFar.Start();
bool writesFound = false;
while (timeSoFar.Elapsed.TotalMilliseconds < 750)
{
// This is not particularly precise because of threading and guarantees so we are using some generous margins for error.
// With the write time of not less than 250 we shouldnt see any writes for the first 175 MS. If we do then its a test fail.
// Similarly if we reach 750 ms and havent seen any writes thats a test fail.
if (timeSoFar.ElapsedMilliseconds < 175)
{
Assert.Equal(0, mmh.TotalMessagesRecieved);
}
else
{
if (mmh.TotalMessagesRecieved > 0)
{
writesFound = true;
break;
}
}
if (timeSoFar.ElapsedMilliseconds > 350)
{
sut.Flush();
}
}
if (!writesFound)
{
throw new InvalidOperationException("The writes never hit the listener");
}
}