asynchronous c#

1.Thread "Threads"Constant creation of Thread consumes large cups resulting in slower asynchronous efficiency2.delegate "Delegate Async"Because of the need to instantiate the delegate class continuously, it consumes CPU and memory3.Task "Combined with async"This is the lower Cup and memory loss in three of the best performanceHere is an example:#region delegate asynchronous and ASYCN

-performance asynchronous UDP server, in fact, UDP is not divided between the client and the server, but we sometimes communicate with the server is using UDP to do.Socket Asynchronous UDP ServerUsing system;using system.collections.generic;using system.linq;using system.text;using System.Net;using System.net.sockets;namespace netframe.net.udp.sock.asynchronous{//Session Encapsulation ClassUsing system;usin

When an event is triggered, the method for subscribing to the event is executed in the thread that triggers the event. That is to say, the method for subscribing to this event is synchronously executed in the thread that triggers the event. Therefore, there is a problem: if the method to subscribe to an event takes a long time to execute, the thread that triggers the event is blocked, and the method execution is completed for a long time. In this way, not only the execution of subsequent subscri

. Container handler int bytessent = handler. Endsend (AR); Sent, BytesSent bytes sent. 4 Program Structure Main program: byte[] bytes = new byte[1024]; IPAddress ipaddress = Ipaddress.parse ("192.168.1.104"); IPEndPoint localendpoint = new IPEndPoint (ipaddress, 11000); Generates a TCP socket socket listener = new socket (addressfamily.internetwork, SocketType.Stream, PROTOCOLTYPE.TCP); Listener. Bind (localendpoint); Listener. Listen (m

Callback C # And JS synchronous and asynchronous implementation, The code is very simple and I will not explain it much. If you have any questions or suggestions, please leave a message and reply immediately. C # code first Class Program {static void Main (string [] args) {MyCallback mc = new MyCallback (); mc. callback (new Action (success), new Action (failed);

functions. (ii) Design performance Project Indicator description Indicator values Note Supported Connection types Depending on the type of support for QT SSL and Plain Both classes are supported at runtime. Agreement Ipv4 TCP, IPV6 TCP Design the number of single-process connections Computed under 4\8 transport thread configuration 1024\2048 Depends on the actual machine performance a

Data | Using C # Asynchronously to invoke the traditional 32-bit API for serial operation, the entire structure is particularly simple. Receiving data requires only defining data-receiving events. Upload source code I will not, need the source code please contact me (dyj057@gmail.com). You can also teach me how to upload the source code. Using System; Using System.Runtime.InteropServices; (C) 2003-2005

. Net frameworks5.0 is mainly engaged in asynchronous programming APM. It is not a new thing in fact, but a Microsoft encapsulation of concepts such as the previous thread, proposing keywords such as await and async, the Task class is referenced, which greatly simplifies the development of APM. Next we will introduce the application of APM through a specific example.Instance description There is a WEB-oriented API interface that is required in our pro

An easy way to create a thread is to define a delegate and invoke it asynchronously. A delegate is a type-safe reference to a method.Delegate also supports calling methods asynchronously. The delegate class in the background creates a thread that executes the task.To illustrate the asynchronous nature of a delegate, start with a method that takes a certain amount of time to execute. The Takesawhile method requires at least the number of milliseconds p

There are many ways to execute a function in another thread. Here we discuss the use of the BeginInvoke method of delegate. The advantage of this method is that the function is called in another thread, and there is no need to spend too much. The following is an example of the asynchronous execution method using delegate: Class Program{Static void Main (string [] args){Object syncObject = new object ();Test test = new Test ();Int index = 0;AutoResetEv

In this article, we will take a big step forward by programming the server in asynchronous mode to make it a real server: Multiple client requests can be processed. But before we start, we need to solve a problem left over from the previous section.Message sending Problems This problem is: when the client writes data (such as a string) to the stream twice, we regard the two writes as two requests; however, the server may regard these two requests as o