implab/ImplabNet Files · Implab/Parallels/AsyncPool.cs

service locator refactoring

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             AsyncPool.cs
        
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             / Implab / Parallels / AsyncPool.cs
          
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        cin
    
initial log capabilities

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      using Implab.Diagnostics;

        cin
    
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      using System;

      using System.Threading;

      namespace Implab.Parallels {

      	/// <summary>

      	/// Класс для распаралеливания задач.

      	/// </summary>

      	/// <remarks>

      	/// Используя данный класс и лямда выражения можно распараллелить

      	/// вычисления, для этого используется концепция обещаний.

      	/// </remarks>

      	public static class AsyncPool {

        cin
    
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      		public static IPromise<T> Invoke<T>(Func<T> func) {

        cin
    
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      			var p = new Promise<T>();

        cin
    
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                  var caller = TraceContext.Snapshot();

        cin
    
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      			ThreadPool.QueueUserWorkItem(param => {

        cin
    
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                      TraceContext.Fork(caller);

        cin
    
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      				try {

        cin
    
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      					p.Resolve(func());

        cin
    
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      				} catch(Exception e) {

      					p.Reject(e);

      				}

      			});

      			return p;

        cin
    
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              r14
            
      		}

        cin
    
initial work on interactive logger

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              public static IPromise<T> InvokeNewThread<T>(Func<T> func) {

        cin
    
Implemented interllocked queue...

              r14
            
                  var p = new Promise<T>();

        cin
    
improved tracing...

              r40
            
                  var caller = TraceContext.Snapshot();

        cin
    
initial log capabilities

              r35
            
        cin
    
Implemented interllocked queue...

              r14
            
                  var worker = new Thread(() => {

        cin
    
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                      TraceContext.Fork(caller);

        cin
    
Implemented interllocked queue...

              r14
            
                      try {

                          p.Resolve(func());

                      } catch (Exception e) {

                          p.Reject(e);

                      }

                  });

                  worker.IsBackground = true;

                  worker.Start();

                  return p;

        cin
    
refactoring

              r25
            
              }

        cin
    
Interactive tracing...

              r48
            
        cin
    
Refactoring

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              public static IPromise InvokeNewThread(Action func) {

        cin
    
Interactive tracing...

              r48
            
                  var p = new Promise<object>();

                  var caller = TraceContext.Snapshot();

                  var worker = new Thread(() => {

                      TraceContext.Fork(caller);

                      try {

                          func();

                          p.Resolve();

                      } catch (Exception e) {

                          p.Reject(e);

                      }

                  });

                  worker.IsBackground = true;

                  worker.Start();

                  return p;

              }

        cin
    
refactoring

              r25
            
      	}

      }

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cin initial log capabilities	r35	using Implab.Diagnostics;
cin refactoring	r25	using System;
		using System.Threading;

		namespace Implab.Parallels {
		/// <summary>
		/// Класс для распаралеливания задач.
		/// </summary>
		/// <remarks>
		/// Используя данный класс и лямда выражения можно распараллелить
		/// вычисления, для этого используется концепция обещаний.
		/// </remarks>
		public static class AsyncPool {

cin initial work on interactive logger	r45	public static IPromise<T> Invoke<T>(Func<T> func) {
cin refactoring	r25	var p = new Promise<T>();
cin improved tracing...	r40	var caller = TraceContext.Snapshot();
cin refactoring	r25
		ThreadPool.QueueUserWorkItem(param => {
cin Interactive tracing...	r48	TraceContext.Fork(caller);
cin refactoring	r25	try {
cin Implemented interllocked queue...	r14	p.Resolve(func());
cin refactoring	r25	} catch(Exception e) {
		p.Reject(e);
		}
		});

		return p;
cin Implemented interllocked queue...	r14	}

cin initial work on interactive logger	r45	public static IPromise<T> InvokeNewThread<T>(Func<T> func) {
cin Implemented interllocked queue...	r14	var p = new Promise<T>();

cin improved tracing...	r40	var caller = TraceContext.Snapshot();
cin initial log capabilities	r35
cin Implemented interllocked queue...	r14	var worker = new Thread(() => {
cin Interactive tracing...	r48	TraceContext.Fork(caller);
cin Implemented interllocked queue...	r14	try {
		p.Resolve(func());
		} catch (Exception e) {
		p.Reject(e);
		}
		});
		worker.IsBackground = true;
		worker.Start();

		return p;
cin refactoring	r25	}
cin Interactive tracing...	r48

cin Refactoring	r66	public static IPromise InvokeNewThread(Action func) {
cin Interactive tracing...	r48	var p = new Promise<object>();

		var caller = TraceContext.Snapshot();

		var worker = new Thread(() => {
		TraceContext.Fork(caller);
		try {
		func();
		p.Resolve();
		} catch (Exception e) {
		p.Reject(e);
		}
		});
		worker.IsBackground = true;
		worker.Start();

		return p;
		}
cin refactoring	r25	}
		}