框架设计，第3版（影印版） 地址 caj 百度云 pdb pdf kindle txt 下载

深度挖掘并掌握公共语言运行时、C#和.NET开发的错综复杂之处。作为编程专家和微软.NET团队的长期顾问，Jeffrey Richter将带领你获得务实的见解来创建健壮、可靠且反应迅速的应用程序与组件。更新.NET Framework 4.0及多核编程部分之后，这本完美的经典指南可帮助开发者建立任何类型的应用程序，包括MicrosoftSilverliclht、ASP.NET、Windows、Presentation Foundation、Web services和控制台应用。

从本书理解以下内容：

建立、部署基于版本的应用程序、组件和共享程序集；

在理解原语、数值和引用类型行为的基础上来定义并更高效地使用它们；

使用泛型和接口定义可重用算法；

有效地使用特殊的CLR类型——委托、枚举、自定义属性、数组、字符串；

理解垃圾收集器如何管理资源；

使用线程池、任务、取消模式、定时器和异步I／O操作来设计灵活、可靠、可扩展的解决方案；

使用异常处理以协助状态管理；

使用CLR托管、AppDomain、程序集加载、反射和C#动态类型来构建动态可扩展的应用程序。

Foreward

Introduction

Part Ⅰ CLR Basics

1 The CLR's Execution Model

Compiling Source Code into Managed Modules

Combining Managed Modules into Assemblies

Loading the Common Language Runtime

Executing Your Assembly's Code

IL and Verification

Unsafe Code

The Native Code Generator Tool: NGen.exe

The Framework Class Library

The Common Type System

The Common Language Specification

Interoperability with Unmanaged Code

2 Building, Packaging, Deploying, and Administering Applications and Types

3 Shared Assemblies and Strongly Named Assemblies

Part Ⅱ Designing Types

4 Type Fundamentals

5 Primitive, Reference, and Value Types

6 Type and Member Basics

7 Constants and Fields

8 Methods

9 Parameters

10 Properties

11 Events

12 Generics

13 Interfaces

Part Ⅲ Essential Types

14 Chars, Strings, and Working with Text

15 Enumerated Types and Bit Flags

16 Arrays

17 Delegates

18 Custom Attributes

19 Nullable Value Types

Part Ⅳ Core Facilities

20 Exceptions and State Management

21 Automatic Memory Management (Garbage Collection)

22 CLR Hosting and AppDomains

23 Assembly Loading and Reflection

24 Runtime Serialization

Part Ⅴ Threading

25 Thread Basics

26 Compute-Bound Asynchronous Operations

27 I/O-Bound Asynchronous Operations

28 Primitive Thread Synchronization Constructs

29 Hybrid Thread Synchronization Constructs

Index

Jeffrey Richter是Wintellect的共同创办人之一(www.wintellect.com)，这是一家培训、咨询和调试相关的企业，专门致力于帮助其他公司更快构建更好的软件。他于1999年10月开始为微软的.NET框架团队提供咨询，并已促成了微软的数款产品。除了本书之前的版本，他还写过一些其

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代码引用一个常量时，编译器会在定义常量的程序集的元数据中查找该符号，提取常量的值，并将值嵌入生成的IL代码中。

Different languages offer different capabilities.For example, in unmanaged C/C++, you have pretty low-level control of the system. You can manage memory exactly the way you want to, create threads easily if you need to, and so on. Microsoft Visual Basic 6.0, on the other hand, allows you to build UI applications very rapidly and makes it easy for you to control COM objects and databases.

The C# using directive instructs the compiler to try prepend-ing different prefixes to a type name until a match is found.

The compiler will scan all of the referenced assemblies looking for the type’s definition. After the compiler finds the proper assembly, the assembly information and the type information is emitted into the resulting managed module’s metadata.

To get the assembly information, you must pass the assembly that defines any referenced types to the compiler.

The C# compiler, by default, automatically looks in the MSCorLib.dll assembly even if you don’t explicitly tell it to. The MSCorLib.dll assembly contains the definitions of all of the core Framework Class Library (FCL) types, such as Object, Int32, String, and so on.

When a thread is created, it is allocated a 1-MB stack. This stack space is used for passing arguments to a method and for local variables defined within a method. Stacks build from high-memory addresses to low-memory addresses.

All but the simplest of methods contain some prologue code, which initializes a method before it can start doing its work. These methods also contain epilogue code, which cleans up a method after it has performed its work so that it can return to its caller.

System.Object’s GetType method simply returns the address stored in the specified object's type object pointer member. In other words, the GetType method returns a pointer to an object’s type object, and this is how you can determine the true type of any object in the system (including type objects).

书籍介绍

从《框架设计(第3版)(影印版)》理解以下内容：建立、部署基于版本的应用程序、组件和共享程序集，在理解原语、数值和引用类型行为的基础上来定义并更高效地使用它们。使用泛型和接口定义可重用算法，有效地使用特殊的CLR类型——委托、枚举、自定义属性、数组、字符串。

理解垃圾收集器如何管理资源

使用线程池、任务、取消模式、定时器和异步I／O操作来设计灵活、可靠、可扩展的解决方案，

使用异常处理以协助状态管理

使用CLR托管、AppDomain、程序集加载、反射和C＃动态

类型来构建动态可扩展的应用程序