- CLR via C#, Fourth Edition
- Dedication
- Foreword
- Introduction
- 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
- 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
- Two Kinds of Assemblies, Two Kinds of Deployment
- Giving an Assembly a Strong Name
- The Global Assembly Cache
- Building an Assembly That References a Strongly Named Assembly
- Strongly Named Assemblies Are Tamper-Resistant
- Delayed Signing
- Privately Deploying Strongly Named Assemblies
- How the Runtime Resolves Type References
- Advanced Administrative Control (Configuration)
- 1. The CLR’s Execution Model
- 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
- Designing a Type That Exposes an Event
- Step #1: Define a type that will hold any additional information that should be sent to receivers of the event notification
- Step #2: Define the event member
- Step #3: Define a method responsible for raising the event to notify registered objects that the event has occurred
- Step #4: Define a method that translates the input into the desired event
- How the Compiler Implements an Event
- Designing a Type That Listens for an Event
- Explicitly Implementing an Event
- Designing a Type That Exposes an Event
- 12. Generics
- Generics in the Framework Class Library
- Generics Infrastructure
- Generic Interfaces
- Generic Delegates
- Delegate and Interface Contra-variant and Covariant Generic Type Arguments
- Generic Methods
- Generics and Other Members
- Verifiability and Constraints
- 13. Interfaces
- Class and Interface Inheritance
- Defining an Interface
- Inheriting an Interface
- More About Calling Interface Methods
- Implicit and Explicit Interface Method Implementations (What’s Happening Behind the Scenes)
- Generic Interfaces
- Generics and Interface Constraints
- Implementing Multiple Interfaces That Have the Same Method Name and Signature
- Improving Compile-Time Type Safety with Explicit Interface Method Implementations
- Be Careful with Explicit Interface Method Implementations
- Design: Base Class or Interface?
- III. Essential Types
- 14. Chars, Strings, and Working with Text
- 15. Enumerated Types and Bit Flags
- 16. Arrays
- 17. Delegates
- A First Look at Delegates
- Using Delegates to Call Back Static Methods
- Using Delegates to Call Back Instance Methods
- Demystifying Delegates
- Using Delegates to Call Back Many Methods (Chaining)
- Enough with the Delegate Definitions Already (Generic Delegates)
- C#’s Syntactical Sugar for Delegates
- Delegates and Reflection
- 18. Custom Attributes
- Using Custom Attributes
- Defining Your Own Attribute Class
- Attribute Constructor and Field/Property Data Types
- Detecting the Use of a Custom Attribute
- Matching Two Attribute Instances Against Each Other
- Detecting the Use of a Custom Attribute Without Creating Attribute-Derived Objects
- Conditional Attribute Classes
- 19. Nullable Value Types
- IV. Core Facilities
- 20. Exceptions and State Management
- Defining “Exception”
- Exception-Handling Mechanics
- The System.Exception Class
- FCL-Defined Exception Classes
- Throwing an Exception
- Defining Your Own Exception Class
- Trading Reliability for Productivity
- Guidelines and Best Practices
- Unhandled Exceptions
- Debugging Exceptions
- Exception-Handling Performance Considerations
- Constrained Execution Regions (CERs)
- Code Contracts
- 21. The Managed Heap and Garbage Collection
- 22. CLR Hosting and AppDomains
- 23. Assembly Loading and Reflection
- 24. Runtime Serialization
- Serialization/Deserialization Quick Start
- Making a Type Serializable
- Controlling Serialization and Deserialization
- How Formatters Serialize Type Instances
- Controlling the Serialized/Deserialized Data
- Streaming Contexts
- Serializing a Type As a Different Type and Deserializing an Object As a Different Object
- Serialization Surrogates
- Overriding the Assembly and/or Type When Deserializing an Object
- 25. Interoperating with WinRT Components
- 20. Exceptions and State Management
- V. Threading
- 26. Thread Basics
- 27. Compute-Bound Asynchronous Operations
- Introducing the CLR’s Thread Pool
- Performing a Simple Compute-Bound Operation
- Execution Contexts
- Cooperative Cancellation and Timeout
- Tasks
- Parallel’s Static For, ForEach, and Invoke Methods
- Parallel Language Integrated Query
- Performing a Periodic Compute-Bound Operation
- How the Thread Pool Manages Its Threads
- 28. I/O-Bound Asynchronous Operations
- How Windows Performs I/O Operations
- C#’s Asynchronous Functions
- How the Compiler Transforms an Async Function into a State Machine
- Async Function Extensibility
- Async Functions and Event Handlers
- Async Functions in the Framework Class Library
- Async Functions and Exception Handling
- Other Async Function Features
- Applications and Their Threading Models
- Implementing a Server Asynchronously
- Canceling I/O Operations
- Some I/O Operations Must Be Done Synchronously
- I/O Request Priorities
- 29. Primitive Thread Synchronization Constructs
- 30. Hybrid Thread Synchronization Constructs
- Index
- About the Author
- Copyright
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- Xaml namespace, DispatcherTimer class, So Many Timers, So Little Time
- XML elements, converting, Conversion Operator Methods
- XML web wervices applications, AppDomains and, Microsoft ASP.NET and XML Web Services Applications
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