static void Main(string[] args)
{
Console.WriteLine("Testing Static Kiroku Logger");
KManager.Configure(Global.KirokuTagList);
KManager.Open();
using (KLog klog = new KLog("testing block one"))
{
klog.Trace("testing trace one");
klog.Info("testing info one");
klog.Warning("testing warning one");
klog.Error("testing error one");
klog.Metric("test one", 1);
klog.Success("test one success");
}
KManager.Close();
KManager.Configure(Global.KirokuTagList, dynamic: true);
Console.WriteLine("\n\rTrying to use Static Logger while Dynamic=true Kiroku Logger");
try
{
KManager.Open();
}
catch (Exception ex)
{
Console.WriteLine($"Open Exception: {ex.ToString()}");
}
try
{
KManager.Close();
}
catch (Exception ex)
{
Console.WriteLine($"Close Exception: {ex.ToString()}");
}
Console.WriteLine("\n\rTesting Non-Nested Dynamic Kiroku Logger");
using (KLog klog = new KLog("testing block two"))
{
klog.Trace("testing trace two");
klog.Info("testing info two");
klog.Warning("testing warning two");
klog.Error("testing error two");
klog.Metric("test two", 1);
klog.Success("test two success");
}
Console.WriteLine("\n\rTesting Nested Dynamic Kiroku Logger");
using (KLog klog = new KLog("testing block three"))
{
klog.Trace("testing trace three");
klog.Info("testing info three");
klog.Warning("testing warning three");
klog.Error("testing error three");
klog.Metric("test three", 1);
klog.Success("test three success");
using (KLog klog2 = new KLog("nested testing block three", klog))
{
klog2.Trace("nested testing trace three");
klog2.Info("nested testing info three");
klog2.Warning("nested testing warning three");
klog2.Error("nested testing error three");
klog2.Metric("nested test three", 1);
klog2.Success("nested test three success");
}
}
Console.WriteLine("\n\rTesting Task<Nested Dynamic> Kiroku Logger");
//#region Dynamic-False
//for (int instanceIteration = 1; instanceIteration <= Global.InstanceLoop; instanceIteration++)
//{
// KManager.Online(Global.KirokuTagList);
// for (int blockIteration = 1; blockIteration <= Global.BlockLoop; blockIteration++)
// {
// using (KLog klog = new KLog($"Block-{instanceIteration}-{blockIteration}"))
// {
// klog.Metric("Test Metric One", blockIteration);
// klog.Metric("Test Metric Two", true);
// klog.Metric("Test Metric Three", 2.33);
// if (Global.TraceOn)
// {
// try
// {
// // Trace
// for (int traceMeter = 1; traceMeter <= Global.TraceLoopCount; traceMeter++)
// {
// klog.Trace(Generator.Execute(Global.TraceCharCount));
// }
// // Info
// if (Global.InfoOn)
// {
// for (int infoMeter = 1; infoMeter <= Global.InfoLoopCount; infoMeter++)
// {
// klog.Info(Generator.Execute(Global.InfoCharCount));
// }
// }
// // Warning
// if (Global.WarningOn)
// {
// for (int warningMeter = 1; warningMeter <= Global.WarningLoopCount; warningMeter++)
// {
// klog.Warning(Generator.Execute(Global.WarningCharCount));
// }
// }
// // Error
// if (Global.ErrorOn)
// {
// for (int errorMeter = 1; errorMeter <= Global.ErrorLoopCount; errorMeter++)
// {
// klog.Error(Generator.Execute(Global.ErrorCharCount));
// }
// }
// klog.Success();
// }
// catch (Exception e)
// {
// klog.Error($"KFlow Exception: {e.ToString()}");
// klog.Failure();
// }
// }
// }
// }
// KManager.Offline();
//}
//#endregion
var items = new string[] { "Task1", "Task2", "Task3", "Task4" };
var tasks = new Task[items.Length];
var taskCounter = 0;
foreach (var item in items)
{
tasks[taskCounter] = new Task(() => DynamicLog(item));
taskCounter++;
}
Parallel.ForEach(tasks, (t) => { t.Start(); });
Task.WaitAll(tasks);
Console.ReadKey();
}