static void Main(string[] args)
{
try
{
Logger.Logger = new LoggerConfiguration()
.Enrich.WithRebusCorrelationId("Test-Run")
.WriteTo.RollingFile("logs-{date}.txt")
.CreateLogger();
var markDownPage = new MarkDownPage();
markDownPage.AddMarkDown(new Header
{
HeaderLevel = HeaderLevel.One,
Text = "Load test data"
});
markDownPage.AddTextNewLine("Aws rebus sns and sqs load test results.");
markDownPage.AddTextNewLine("Test were run without compression or encryption.");
markDownPage.AddTextNewLine("Added different message sizes to show performance difference.");
markDownPage.AddTextNewLine("As always with tcp you want to keep your packet size below 64k.");
markDownPage.AddTextNewLine("Keeping your messages below 32k will keep headers, etc from bumping your message over 64k.");
markDownPage.AddTextNewLine("It will also help you keep your aws costs down as going over 64k will double your cost per message");
markDownPage.AddMarkDown(TextControl.Newline);
var tableControl = new TableControl();
markDownPage.AddMarkDown(tableControl);
tableControl.AddColumn("Test");
tableControl.AddColumn("max # concurrent publishes");
tableControl.AddColumn("Publish per second");
tableControl.AddColumn("Receive # of workers");
tableControl.AddColumn("Receive max parallelism");
tableControl.AddColumn("# msgs Receive per second");
#if DEBUG
AsyncHelpers.RunSync(() => RunTest(
new SendOptions()
{
MessageSizeKilobytes = 4,
MaxDegreeOfParallelism = 200,
MaxMessagesPerTask = 1,
},
new ReceiveOptions()
{
RebusMaxParallelism = 200,
RebusNumberOfWorkers = Environment.ProcessorCount
}, tableControl));
#else
AsyncHelpers.RunSync(() => RunTest(
new SendOptions()
{
MessageSizeKilobytes = 4,
MaxDegreeOfParallelism = 200,
MaxMessagesPerTask = 1
},
new ReceiveOptions()
{
RebusMaxParallelism = 200,
RebusNumberOfWorkers = Environment.ProcessorCount
}, tableControl));
AsyncHelpers.RunSync(() => RunTest(
new SendOptions()
{
MessageSizeKilobytes = 16,
MaxDegreeOfParallelism = 200,
MaxMessagesPerTask = 1
},
new ReceiveOptions()
{
RebusMaxParallelism = 200,
RebusNumberOfWorkers = Environment.ProcessorCount
}, tableControl));
AsyncHelpers.RunSync(() => RunTest(
new SendOptions()
{
MessageSizeKilobytes = 32,
MaxDegreeOfParallelism = 200,
MaxMessagesPerTask = 1
},
new ReceiveOptions()
{
RebusMaxParallelism = 200,
RebusNumberOfWorkers = Environment.ProcessorCount
}, tableControl));
AsyncHelpers.RunSync(() => RunTest(
new SendOptions()
{
MessageSizeKilobytes = 64,
MaxDegreeOfParallelism = 200,
MaxMessagesPerTask = 1
},
new ReceiveOptions()
{
RebusMaxParallelism = 200,
RebusNumberOfWorkers = Environment.ProcessorCount
}, tableControl));
AsyncHelpers.RunSync(() => RunTest(
new SendOptions()
{
MessageSizeKilobytes = 128,
MaxDegreeOfParallelism = 200,
MaxMessagesPerTask = 1
},
new ReceiveOptions()
{
RebusMaxParallelism = 200,
RebusNumberOfWorkers = Environment.ProcessorCount
}, tableControl));
#endif
Console.WriteLine("Creating load test result markdown");
var file = "..\\..\\..\\LoadResults.md";
using (FileStream fs = new FileStream(file, FileMode.Create))
{
markDownPage.Write(fs);
}
}
finally
{
Console.WriteLine("Complete. Press enter to close.");
Console.ReadLine();
}
}
