/*
* consumer stub throughput ratings
10000 at 940 ms. tp 1 at ,09ms :: internal module throughput (same appdomain)
10000 at 3722 ms. tp 1 at ,37 :: external module throughput (cross appdomain)
*
*/
public Broker(RestartApplication restartApp = null, RestartApplication resetBroker = null)
{
this.restartApp = restartApp;
this.resetBroker = resetBroker;
logger.Debug("intitialising broker");
// logger for modules only
ModulesLogger = new TaskBroker.Logger.CommonTape(new Logger.LoggerEndpoint[]{
new Logger.ConsoleEndpoint()
});
ClearConfiguration();
Statistics = new StatHub();
Scheduler = new TaskScheduler.ThreadPool();
AssemblyHolder = new Assemblys.AssemblyPackages();
MaintenanceTasks = new List<PlanItem>()
{
// include statistic flush task
new PlanItem(){
intervalType = IntervalType.intervalSeconds,
intervalValue = 15,
NameAndDescription="statistic maintenance task",
JobEntry = (ThreadContext ti, PlanItem pi)=>{ Statistics.FlushRetairedChunks(); return 1;
}
},
//
//new PlanItem(){
// intervalType = IntervalType.intervalSeconds,
// intervalValue = 30,
// NameAndDescription="assemblies maintenance task",
// JobEntry = (ThreadContext ti, PlanItem pi)=>
// {
// AssemblyHolder.assemblySources.FetchAllIfRequired();
// AssemblyHolder.assemblySources.BuildAllIfRequired();
// AssemblyHolder.assemblySources.UpdateAllIfRequired();
// }
//}
// TODO:
// performance tune
// by channel level growing -> increment tasks for channel -> increment working threads
// check for throughput if doesn't change -> rollback to default execution plan
//new PlanItem(){
// intervalType = IntervalType.intervalSeconds,
// intervalValue = 10,
// NameAndDescription="channel throughput tune",
// planEntry = (ThreadItem ti, PlanItem pi)=>{ }
//}
// with 10sec interval->update quilifier
// with 30sec with quilifier data do recommendations from recommedationsHub
};
Modules = new ModHolder(this);
QueueInterfaces = new QueueClassificator();
Configurations = new ConfigurationDepot();
}
public void Run(ManualResetEvent signal, bool customDomain = false)
{
if (customDomain)
{
// reinitiate tape within domain
TaskBroker.Logger.CommonTape tape = new TaskBroker.Logger.CommonTape(
new TaskBroker.Logger.LoggerEndpoint[] {
new TaskBroker.Logger.ConsoleEndpoint(),
new TaskBroker.Logger.FileEndpoint("log.txt", true)
});
TaskUniversum.ModApi.ScopeLogger.RegisterCommonTape(tape);
}
//if (!AttachConsole(-1))
////if (FreeConsole())
//{
// AllocConsole();
// logger.Warning("consoleattached");
//}
broker = new Broker(Restart, Reset);
BsonBenchService.ModProducer amqm = new BsonBenchService.ModProducer();
QueueService.ModProducer m = new QueueService.ModProducer();// todo: force loading local dep's
BenchModules.ModConsumer cons = new BenchModules.ModConsumer();
//m.Description = "";
//cons.Description = "";
broker.RevokeBroker(true);
this.Signal = signal;
exportConfiguration();
}
public void Run(ManualResetEvent signal, bool benchConf, bool customDomain)
{
if (customDomain)
{
// reinitiate tape within domain
TaskBroker.Logger.CommonTape tape = new TaskBroker.Logger.CommonTape(
new TaskBroker.Logger.LoggerEndpoint[]{
new TaskBroker.Logger.ConsoleEndpoint(),
new TaskBroker.Logger.FileEndpoint("log.txt", true)
});
TaskUniversum.ModApi.ScopeLogger.RegisterCommonTape(tape);
}
//if (!AttachConsole(-1))
////if (FreeConsole())
//{
// AllocConsole();
// logger.Warning("consoleattached");
//}
broker = new Broker(Restart, Reset);
//BsonBenchService.ModProducer amqm = new BsonBenchService.ModProducer();
QueueService.ModProducer m = new QueueService.ModProducer();// todo: force loading local dep's
//BenchModules.ModConsumer cons = new BenchModules.ModConsumer();
EmailConsumer.ModConsumer mc = new EmailConsumer.ModConsumer();
//m.Description = "";
//cons.Description = "";
broker.RevokeBroker(benchConf, true, false);
this.Signal = signal;
exportConfiguration();
}
static void Main(string[] args)
{
TaskBroker.Logger.CommonTape tape = new TaskBroker.Logger.CommonTape(new TaskBroker.Logger.LoggerEndpoint[] {
new TaskBroker.Logger.ConsoleEndpoint(),
new TaskBroker.Logger.FileEndpoint("log.txt")
});
TaskUniversum.ModApi.ScopeLogger.RegisterCommonTape(tape);
bool benchConfiguration = true;// Array.IndexOf(args, "benchTasks") >= 0;// for plan or other params depends on tasks calculation
if (Array.IndexOf(args, "inline") >= 0 || System.Diagnostics.Debugger.IsAttached)
{
ManualResetEvent mre = new ManualResetEvent(false);
BrokerApplication ba = new BrokerApplication();
ba.Run(mre, benchConfiguration, false);
mre.WaitOne();
}
else
{
ApplicationKeeper.AppdomainLoop(benchConfiguration);
}
Console.WriteLine("! Application MAIN EXIT.");
Console.ReadLine();
return;
}
static void Main(string[] args)
{
TaskBroker.Logger.CommonTape tape = new TaskBroker.Logger.CommonTape(new TaskBroker.Logger.LoggerEndpoint[]{
new TaskBroker.Logger.ConsoleEndpoint(),
new TaskBroker.Logger.FileEndpoint("log.txt")
});
TaskUniversum.ModApi.ScopeLogger.RegisterCommonTape(tape);
bool benchConfiguration = false;// Array.IndexOf(args, "benchTasks") >= 0;// for plan or other params depends on tasks calculation
if (Array.IndexOf(args, "inline") >= 0 || System.Diagnostics.Debugger.IsAttached)
{
ManualResetEvent mre = new ManualResetEvent(false);
BrokerApplication ba = new BrokerApplication();
ba.Run(mre, benchConfiguration, false);
mre.WaitOne();
}
else
{
ApplicationKeeper.AppdomainLoop(benchConfiguration);
}
Console.WriteLine("! Application MAIN EXIT.");
Console.ReadLine();
return;
}
static void Main(string[] args)
{
TaskBroker.Logger.CommonTape tape = new TaskBroker.Logger.CommonTape(new TaskBroker.Logger.LoggerEndpoint[] {
new TaskBroker.Logger.ConsoleEndpoint(),
new TaskBroker.Logger.FileEndpoint("log.txt")
});
TaskUniversum.ModApi.ScopeLogger.RegisterCommonTape(tape);
if (System.Diagnostics.Debugger.IsAttached)
{
ManualResetEvent mre = new ManualResetEvent(false);
BrokerApplication ba = new BrokerApplication();
ba.Run(mre);
mre.WaitOne();
}
else
{
ApplicationKeeper.AppdomainLoop();
}
Console.WriteLine("! Application MAIN EXIT.");
Console.ReadLine();
return;
}
