PowerThreading线程管理器_线程管理器资源-CSDN文库

共251个文件

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pdb：49个

cs：28个

线程管理器

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PowerThreading 线程管理器（251个子文件）

AsyncEnumeratorService.asmx 6KB

Default.aspx 2KB

ResolveAssemblyReference.cache 14KB

ResolveAssemblyReference.cache 11KB

ResolveAssemblyReference.cache 7KB

ResolveAssemblyReference.cache 5KB

ResolveAssemblyReference.cache 3KB

WindowsForms.csproj.GenerateResource.Cache 781B

web.config 8KB

Web.config 8KB

Web.config 7KB

APMImplementationTests.cs 19KB

ResourceLockTests.cs 17KB

Page.xaml.cs 13KB

AsyncEnumPatterns.cs 12KB

ReaderWriterGateTests.cs 12KB

TcpServer.cs 9KB

TcpClient.cs 7KB

DeviceIO.cs 6KB

CmdArgParser.cs 5KB

WindowsForms.cs 5KB

AsyncEnumeratorSilverlightPage.xaml.cs 4KB

WindowsForms.Designer.cs 4KB

Default.aspx.cs 3KB

AsyncEnumeratorSilverlightPage.g.cs 3KB

Page.g.cs 3KB

DisplayBrightness.cs 3KB

MultipleOps.cs 3KB

ReaderWriterGateExample.cs 2KB

App.xaml.cs 2KB

App.g.cs 2KB

AssemblyInfo.cs 1KB

LogicalProcessorInformation.cs 532B

FlickrKey.cs 141B

ImageGrab.csproj 5KB

Flickr.csproj 4KB

Flickr.Web.csproj 4KB

MultipleOps.csproj 3KB

ImageGrab.Web.csproj 3KB

WindowsForms.csproj 3KB

CmdArgParser.csproj 3KB

PatternDemos.csproj 2KB

ReaderWriterGate.csproj 2KB

ResourceLocks.csproj 2KB

LogicalProcessorInformation.csproj 2KB

DeviceIO.csproj 2KB

TcpClient.csproj 2KB

TcpServer.csproj 2KB

APM Implementations.csproj 2KB

MultipleOps.csproj 2KB

System.Web.Silverlight.dll 383KB

System.Web.Silverlight.resources.dll 315KB

System.Web.Silverlight.resources.dll 311KB

System.Xml.Serialization.dll 311KB

System.Xml.Linq.dll 119KB

Wintellect.Threading.dll 88KB

System.Xml.Serialization.resources.dll 51KB

System.Xml.Serialization.resources.dll 47KB

System.Xml.Serialization.resources.dll 43KB

Flickr.dll 43KB

Wintellect.Threading.Silverlight.dll 28KB

Wintellect.Threading.CompactFx.dll 27KB

System.Xml.Linq.resources.dll 15KB

共 251 条

The Power Threading Library

Brought to you by

Jeffrey Richter and Wintellect

(Last update: March 7, 2009)

The Power Threading Library consists of a number of classes to assist you with building responsive,

reliable, and scalable applications and components. There are also a bunch of general-purpose utility

classes in this library that have nothing to do with threading but I threw them in here anyway. This

document provides an overview of the namespaces and classes defined within the library.

Note that there are three versions of this DLL library (and accompanying documentation/debug files):

Usage

Files

For Desktop/Server CLR applications

Wintellect.Threading.dll

Wintellect.Threading.xml

Wintellect.Threaidng.pdb

For SIlverlight applications

Wintellect.Threading.Silverlight.dll

Wintellect.Threading.Silverlight.xml

Wintellect.Threading.Silverlight.pdb

For Compact Framework applications

Wintellect.Threading.CompactFx.dll

Wintellect.Threading.CompactFx.xml

Wintellect.Threading.CompactFx.pdb

Due to Silverlight’s security model, its subset of the .NET Framework’s class library, and the nature of

SIlverilght applications, the Winellect.Threading.Silverlight.dll contains a subset of the functionality

offered by the Wintellect.Threading.dll. This means that some of the types described below are not

available in the Silverlight version of the DLL. Of course, this also makes the Silverlight version of the DLL

significantly smaller in size which is ideally suited for Silverlight’s downloading nature.

For similar reasons, the Compact Framework version of the library, Wintellect.Threadin.CompactFx.dll,

also contains a subset of the functionality offered by the Wintellect.Threading.dll. Furthermore, since I

personally do very little Compact Framework development, this version of the library has not been

rigorously tested. The Compact Framework version is offer AS IS. Certainly, I appreciate any feedback on

the library and there is a good chance that I will fix any bugs or make good suggested improvements. All

three versions are produced from the same source code base.

The Wintellect.Threading.AsyncProgModel Namespace

I suspect that most developers will find the types defined in the Wintellect.Threading.AsyncProgModel

namespace to be the most useful. This namespace defines a number of classes that are directly related

to threading and the CLR’s Asynchronous Programming Model (APM). Chapter 23 of my CLR via C# book

(Microsoft Press, 2006) goes into great detail about the CLR’s APM. Specifically, the types in this

namespace aid developers who are defining their own types that support the APM. Types in this

namespace can also be used by developers who need to invoke several asynchronous requests and

coordinate their response.

The AsyncEnumerator class is particularly useful for developers who are trying to build responsive,

reliable, and scalable applications and components. This class allows developers to leverage all the

features of the APM using the simpler, more-familiar synchronous programming model. In fact, the

AsyncEnuemrator class allows programmers to take their existing synchronous code and apply just a few

changes to it in order to convert it into asynchronous code thereby reducing the number of threads and

context switches required in their application and components.

In addition, my AsyncEnumerator class offers many productivity features:

 The ability to coordinate many concurrently executing asynchronous operations.

 Coordinate the cancellation and timeout of asynchronous operations

 Optionally use SynchronizationContext for callbacks so that marshalling is not necessary for

GUI applications (such as Windows Forms and Windows Presentation Foundation) and also

ASP.NET web applications.

The AsyncEnumerator class works with any class that supports the IAsyncResult APM this includes all

Stream-derived class (such as FileStream and NetworkStream), Pipes, all WebRequest-derived classes,

DNS, Socket, SqlCommand, all delegates, and more. It also works in all application models including

Console apps, Windows Forms, Windows Presentation Foundation, ASP.NET Web Services and Web

Forms, Window Communication Foundation, NT Services, and more.

The AsyncEnumerator offers many usage patterns. Some common usage patterns are listed below:

 Issue one asynchronous operation and process it when it completes

 Issue many asynchronous operations and process all of them when all of them complete

 Issue many asynchronous operations and process each of them as each completes

 Issue many asynchronous operations, process some and discard the rest.

 Issue many asynchronous operations, process some until cancellation or timeout occurs;

discard the rest.

 Call asynchronous subroutines allowing for composition of asynchronous routines.

 When used with the SyncGate class, several AsyncEnumerators that are running

concurrently can access shared data in a thread-safe reader/writer fashion without ever

blocking a thread.

Documentation for the AsyncEnumerator can be found here:

 http://channel9.msdn.com/posts/Charles/Jeffrey-Richter-and-his-AsyncEnumerator/

 http://msdn.microsoft.com/en-us/magazine/cc163323.aspx

 http://msdn.microsoft.com/en-us/magazine/cc546608.aspx

 http://msdn.microsoft.com/en-us/magazine/cc721613.aspx

Type Name

Type Description

AsyncEnumerator

Use this class to execute asynchronous operations using a synchronous

programming model via C#’s iterator feature.

http://msdn.microsoft.com/msdnmag/issues/07/11/ConcurrentAffiars/

EventApm

Use this class to turn an event-based asynchronous programming model

into the IAsyncResult-base programming model. This class is typically

used to integrate classes that use the Event-base APM with the

AsyncEnumerator.

AsyncResult

AsyncResult<TResult>

Use these classes to help you implement the APM on one of your own

types.

http://msdn.microsoft.com/msdnmag/issues/07/03/ConcurrentAffairs/

SyncContextAsyncCallback

This class calls an AsyncCallback method using the application model’s

desired thread.

SyncGate

Used to have multiple AsyncEnumerator objects access shared data in a

thread-safe way. The technique employed by this class is similar to that

employed by my ReaderWriterGate class (see the

Wintellect.Threading.ReaderWriterGate namespace below).

The Wintellect.Threading.ReaderWriterGate Namespace

This namespace defines my ReaderWriterGate synchronization primitive. For details on how to use this

type and how it works, please see the November 2006 issue of MSDN Magazine’s Concurrent Affairs

column which discusses it.

Type Name

Type Description

ReaderWriterGate

ReaderWriterGateCallback

ReaderWriterGateReleaser

Construct a ReaderWriterGate and then queue into it methods matching

the ReaderWriterGateCallback delegate. Your callback method will

receive a RederWriterGateReleaser object.

The Wintellect.Threading.ResourceLocks Namespace

This namespace defines several classes that allow locking of resources/objects. For details on how to use

all of these related types, please see the June 2006 issue of MSDN Magazine’s Concurrent Affairs column

which discusses them. In short, ResourceLock is an abstract base class that defines a reader/writer lock

programming model. Throughout all your code, you think about your locks using reader/writer

semantics and you code to this abstract base class. Then, I also provide several concretes classes derived

from ResourceLock. In your program, you decide which of the concrete classes to construct and you can

change from class to another easily without affecting the rest of your code.

Type Name

Type Description

ResourceLock

This abstract base class defines the object model for all the other

types derived from it. This class allows you to always code using

reader-writer lock semantics and then select or change the actual lock

at a later time.

NullResourceLock

This lock performs no locking; it allows you to remove thread

synchronization without modifying any code.

ExclusiveSpinResourceLock

This lock performs a spin lock. For more information about this, see

the October 2005 issue of MSDN Magazine’s Concurrent Affairs

column.

MonitorResourceLock

This lock wraps the .NET Framework’s Monitor class.

OptexResourceLock

This lock performs an exclusive, non-thread-affinitized lock. For more

information about this, see the March 2006 issue of MSDN Magazine’s

Concurrent Affairs column.

OneManyResourceLock

This lock wraps my reader/writer lock presented in the June 2006

issue of MSDN Magazine’s Concurrent Affairs column.

OneResourceLock

This is slightly faster version of my OneManyResourceLock. It is faster

because it supports mutual-exclusion only.

OneManySpinResourceLock

This lock is a spin lock that offers reader/writer semantics.

ReaderWriterResourceLock

This lock wraps the .NET Framework’s ReaderWriterLock class.

ReaderWriterSlimResourceLock

This lock wraps the .NET Framework’s ReaderWriterLockSlim class.

Your application must be running on .NET Framework v3.5 or later to

use this class.

EventResourceLock

This lock wraps Windows’ Event kernel object.

MutexResourceLock

This lock wraps Windows’ Mutex kernel object.

SemaphoreResourceLock

This lock wraps Windows’ Semaphore kernel object.

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