public MMnQueue_Modular(double hourlyArrivalRate, double hourlyServiceRate, int nServers, int seed = 0)
: base(seed)
{
HourlyArrivalRate = hourlyArrivalRate;
HourlyServiceRate = hourlyServiceRate;
Generator = AddChild(new Generator(new Generator.Statics
{
InterArrivalTime = rs => Exponential.Sample(rs, TimeSpan.FromHours(1 / HourlyArrivalRate))
}, DefaultRS.Next()));
Queue = AddChild(new Queue(double.PositiveInfinity, DefaultRS.Next()));
Server = AddChild(new Server(new Server.Statics
{
Capacity = nServers,
ServiceTime = (rs, load) => Exponential.Sample(rs, TimeSpan.FromHours(1 / HourlyServiceRate)),
}, DefaultRS.Next()));
Generator.OnArrive += () => Queue.RqstEnqueue(new Load());
Generator.OnArrive += Arrive;
Queue.OnEnqueued += Server.RqstStart;
Server.OnStarted += Queue.Dequeue;
Server.OnReadyToDepart += Server.Depart;
Server.OnReadyToDepart += load => Depart();
HC_InSystem = AddHourCounter();
/// Initial event
Generator.Start();
}
internal Status(Simulator simulation)
{
_sim = simulation;
WaitingQueue = new Queue <Customer>();
Serving = null;
InSystemCounter = new HourCounter(_sim);
ServedCustomers = new List <Customer>();
}
internal Status(Simulator simulation)
{
_sim = simulation;
WaitingQueue = new Queue<Customer>();
Serving = null;
InSystemCounter = new HourCounter(_sim);
ServedCustomers = new List<Customer>();
}
public MMnQueue_Atomic(double hourlyArrivalRate, double hourlyServiceRate, int nServers, int seed = 0)
: base(seed)
{
HourlyArrivalRate = hourlyArrivalRate;
HourlyServiceRate = hourlyServiceRate;
NServers = nServers;
HC_InServer = AddHourCounter();
HC_InQueue = AddHourCounter();
HC_InSystem = AddHourCounter();
/// Initial event
Arrive();
}
/// <param name="arrRate">Hour arrival rate to the system</param>
/// <param name="svcRate1">Hourly service rate of Server 1</param>
/// <param name="svcRate2">Hourly service rate of Server 2</param>
/// <param name="bufferQSize">Buffer queue (Queue 2) capacity</param>
public TandemQueue(double arrRate, double svcRate1, double svcRate2, int bufferQSize, int seed = 0)
: base(seed)
{
HourlyArrivalRate = arrRate;
HourlyServiceRate1 = svcRate1;
HourlyServiceRate2 = svcRate2;
Generator = AddChild(new Generator(new Generator.Statics
{
InterArrivalTime = rs => Exponential.Sample(rs, TimeSpan.FromHours(1 / HourlyArrivalRate))
}, DefaultRS.Next()));
Queue1 = AddChild(new Queue(double.PositiveInfinity, DefaultRS.Next(), id: "Queue1"));
Server1 = AddChild(new Server(new Server.Statics
{
Capacity = 1,
ServiceTime = (rs, load) => Exponential.Sample(rs, TimeSpan.FromHours(1 / HourlyServiceRate1)),
}, DefaultRS.Next(), id: "Server1"));
Queue2 = AddChild(new Queue(bufferQSize, DefaultRS.Next(), id: "Queue2"));
Server2 = AddChild(new Server(new Server.Statics
{
Capacity = 1,
ServiceTime = (rs, load) => Exponential.Sample(rs, TimeSpan.FromHours(1 / HourlyServiceRate2)),
}, DefaultRS.Next(), id: "Server2"));
Generator.OnArrive += () => Queue1.RqstEnqueue(new Load());
Generator.OnArrive += Arrive;
Queue1.OnEnqueued += Server1.RqstStart;
Server1.OnStarted += Queue1.Dequeue;
Server1.OnReadyToDepart += Queue2.RqstEnqueue;
Queue2.OnEnqueued += Server1.Depart;
Queue2.OnEnqueued += Server2.RqstStart;
Server2.OnStarted += Queue2.Dequeue;
Server2.OnReadyToDepart += Server2.Depart;
Server2.OnReadyToDepart += load => Depart();
HcInSystem = AddHourCounter();
/// Initial event
Generator.Start();
}
public ActivityHandler(Statics config, int seed = 0) : base(seed)
{
Config = config;
_hc_Occupied = AddHourCounter();
}
public TestSandbox()
{
HC = AddHourCounter();
}
static void Main(string[] args)
{
InitWork();
//NormalizeAccount();
//TestAccount();
//RemoveAll();
//AddSubscribe();
//Console.WriteLine(DatabaseRecovery.Count());
//AddCBDs();
//DatabaseRecovery.Work();
//AuthorLocHistWorker.BackToOrigin();
//StatusSubscribeWorker.BackToOrigin();
//CBDWorker.BackToOrigin();
//AuthorCensusWorker.BackToOrigin();
//Console.WriteLine("all is well");
//return;
scheduler = new Scheduler("SinaWeibo", new SchedulerSetting());
for (int j = 0; j < int.Parse(ConfigurationManager.AppSettings["WorkerThreadCount"]); ++j)
{
IPipeline worker = null;
switch (ConfigurationManager.AppSettings["WorkerType"])
{
case "WeiboAuthorCrawler":
{
//var tmp = new AuthorCensusWorker("WeiboUserCensus_" + j, scheduler);
WeiboAuthorCrawler work = new WeiboAuthorCrawler("WeiboUserCensus_" + j, scheduler);
work.DoOneJob(work);
//worker = tmp;
//JobCounter = tmp.CntData;
//JobCounterDesc = "用户普查";
break;
}
case "WeiboSub":
{
var tmp = new Crawler.Core.Crawler.WeiboSubscribeCrawler("WeiboSub_" + j, scheduler);
worker = tmp;
tmp.DoOneJob(tmp);
//JobCounter = tmp.CntData;
JobCounterDesc = "微博订阅";
break;
}
case "WeiboCBD":
{
var tmp = new CBDWorker("WeiboCBD_" + j, scheduler);
worker = tmp;
WeiboCBDCrawler work = new WeiboCBDCrawler("WeiboCBD_" + j, scheduler);
work.DoOneJob(work);
JobCounter = tmp.CntData;
JobCounterDesc = "CBD扫描";
break;
}
case "WeiboLocHistory":
{
var tmp = new AuthorLocHistWorker("WeiboLocHistory_" + j, scheduler);
worker = tmp;
WeiboAuthorLocHistoryCrawler work = new WeiboAuthorLocHistoryCrawler("WeiboLocHistory_" + j, scheduler);
work.DoOneJob(work);
JobCounter = tmp.CntData;
JobCounterDesc = "地理信息";
break;
}
case "Forward":
{
WeiboForwardTrackingCrawler work = new WeiboForwardTrackingCrawler("Forward", scheduler);
work.DoOneJob(work);
var tmp = new LoginAccountWorker("Forward", scheduler);
worker = tmp;
JobCounter = tmp.CntData;
JobCounterDesc = "关注订阅";
break;
}
case "Reply":
{
WeiboReplyTrackingCrawler work = new WeiboReplyTrackingCrawler("Reply" + j, scheduler);
work.DoOneJob(work);
var tmp = new RelationshipWorker("Reply" + j, scheduler);
worker = tmp;
JobCounter = tmp.CntData;
JobCounterDesc = "粉丝&关注";
break;
}
default: break;
}
if (worker == null)
{
Console.WriteLine("工人类型配置项错误，请输入exit退出程序");
return;
}
scheduler.AddPipeline(worker, DateTime.Now);
if (ConfigurationManager.AppSettings["WorkerType"] == "LoginAccountWorker")
{
break;
}
}
_statusMonitor.ConnectToMonitorServer();
scheduler.Start();
}
