Whether you are developing for computers with one processor or several, you want your application to provide the most responsive interaction with the user, even if the application is currently doing other work. Using multiple threads of execution is one of the most powerful ways to keep your application responsive to the user and at the same time make use of the processor in between or even during user events. While this section introduces the basic concepts of threading, it focuses on managed threading concepts and using managed threading.
In This Section
Managed Threading Basics
Provides an overview of managed threading and discusses when to use multiple threads.
Using Threads and Threading
Explains how to create, start, pause, resume, and abort threads.
Managed Threading Best Practices
Discusses levels of synchronization, how to avoid deadlocks and race conditions, single-processor and multiprocessor computers, and other threading issues.
Threading Objects and Features
Describes the managed classes you can use to synchronize the activities of threads and the data of objects accessed on different threads, and provides an overview of thread pool threads.
Contains classes for using and synchronizing managed threads.
Provides an overview of application domains and their use by the Common Language Infrastructure.
Asynchronous File I/O
Describes the performance advantages and basic operation of asynchronous I/O.
Asynchronous Programming Design Patterns
Provides an overview of asynchronous programming.
Calling Synchronous Methods Asynchronously
Explains how to call methods on thread pool threads using built-in features of delegates.