static void RunSingleExecutor()
{
var test = new SingleExecutor(1000000, () => new ActionBlockExecutor());
var stats = Benchmark.Measure(test.Run, 5);
Console.WriteLine("Action block (ctx) executor: " + stats);
Console.WriteLine("Action block (ctx) time per msg: " + stats.GetAverateTimePerActionNs(1000000).ToString() + "ns");
test = new SingleExecutor(1000000, () => new ActionBlockExecutor("", new ActionBlockExecutorSettings() { SupportSynchronizationContext = false }));
stats = Benchmark.Measure(test.Run, 5);
Console.WriteLine("Action block (no ctx) executor: " + stats);
Console.WriteLine("Action block (no ctx) time per msg: " + stats.GetAverateTimePerActionNs(1000000).ToString() + "ns");
test = new SingleExecutor(1000000, () => new BusyWaitExecutor());
stats = Benchmark.Measure(test.Run, 5);
Console.WriteLine("Yielding executor: " + stats);
Console.WriteLine("Yielding time per msg: " + stats.GetAverateTimePerActionNs(1000000).ToString() + "ns");
}
static void RunSingleExecutor()
{
var test = new SingleExecutor(1000000, () => new ActionBlockExecutor());
var stats = Benchmark.Measure(test.Run, 5);
Console.WriteLine("Action block (ctx) executor: " + stats);
Console.WriteLine("Action block (ctx) time per msg: " + stats.GetAverateTimePerActionNs(1000000).ToString() + "ns");
test = new SingleExecutor(1000000, () => new ActionBlockExecutor("", new ActionBlockExecutorSettings()
{
SupportSynchronizationContext = false
}));
stats = Benchmark.Measure(test.Run, 5);
Console.WriteLine("Action block (no ctx) executor: " + stats);
Console.WriteLine("Action block (no ctx) time per msg: " + stats.GetAverateTimePerActionNs(1000000).ToString() + "ns");
test = new SingleExecutor(1000000, () => new BusyWaitExecutor());
stats = Benchmark.Measure(test.Run, 5);
Console.WriteLine("Yielding executor: " + stats);
Console.WriteLine("Yielding time per msg: " + stats.GetAverateTimePerActionNs(1000000).ToString() + "ns");
}
