C # lazyqueue<t> Implementation

Sometimes, when the task is more, a queue needs to be made. When the number of queues reaches a certain number of times, the team will be out and processed, but if it has not reached that number for a long time? Then add a time limit, such as 30 minutes, 1000 elements, whichever condition is first reached will perform the out of line operation.

Implementation of the Lazyqueue<t> class:

Using system;using system.collections.generic;using system.linq;using system.text;using System.Threading;namespace servertoolserver.util{//<summary>///to a specified number of seconds or to a certain amount of execution out of team//</summary>/<typeparam name= " T "></typeparam> public class Lazyqueue<t> {///<summary>//Current queue//&L        t;/summary> private queue<t> _current; <summary>//callback, execute//</summary> private Action when time reaches Maxsec or _curentqueue reaches Maxnum quantity        <T[]> _dequeueaction;        <summary>///maximum number of queues///</summary> private int _maxnum;        <summary>///Queue thread///</summary> private thread _executethread;        <summary>///Current number of seconds//</summary> private int _currentsec = 0;  <summary>////maximum number of seconds to execute this method///</summary> private int _maxsec;      <summary>//constructors///</summary>//<param name= "SEC" > the latest execution seconds </param&        Gt <param name= "num" > Maximum number of queues </param>//<param name= "Dequeueaction" > Out of line function </param> p            Ublic Lazyqueue (int sec, int num, action<t[]> dequeueaction) {this._maxsec = sec;            This._maxnum = num;            This._dequeueaction = dequeueaction;            This._current = new queue<t> ();            this._currentsec = 0;                    _executethread = new Thread (new ThreadStart () = {while (true) {                    this._currentsec++; if (this._current. Count >= _maxnum | | This._currentsec >= _maxsec) {This._dequeueaction.invoke (this._current.                                                ToArray ()); Don't forget to empty the queue and the number of seconds this._current.                    Clear ();    this._currentsec = 0;                ////detects the number of queues and seconds per second thread.sleep (1000);            }            }));        This._executethread.start ();         }///<summary>/////</summary>//<param name= "value" ></param> public void Enqueue (T value) {this._current.        Enqueue (value); }//<summary>///Outbound//</summary>//<returns></returns> P Ublic T Dequeue () {return this._current.        Dequeue (); }///<summary>//Clear Cache///</summary> public void Flush () {thi            s._maxsec = 0;            This._maxnum = 0;            this._currentsec = 0;            This._dequeueaction = null; This._current.            Clear ();        This._executethread.abort (); }    }}

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