C++

Using system; using system. collections. generic; using system. LINQ; using system. text; using system. threading; namespace multithreading { class thread pool { Public static void main () { int worknums; int ionums; threadpool.

Using system; using system. collections. generic; using system. LINQ; using system. text; using system. threading; namespace multithreading { class wait handle { Public Delegate int takesawhiledel (INT data, int MS); static void main

Using system; using system. collections. generic; using system. LINQ; using system. text; using system. threading; namespace multithreading { class synchronization mode { Public static void main () { // There is nothing worth noting about the

Using system; Using system. Collections. Generic; Using system. text; Namespace countstrdemo { Class return value overload { Public static void main (string [] ARGs) { // You can see that this call is perfect. Myreturndemo OBJ = new

Using system; using system. collections. generic; using system. LINQ; using system. text; using system. threading; namespace multithreading { class thread data transmission { Public static void main () { // console. writeline ("main thread

Using system; using system. collections. generic; using system. LINQ; using system. text; using system. diagnostics; using system. threading; namespace multithreading { demonstration of class competing states { Public static void main () {

Using system; Using system. Collections. Generic; Using system. text; Namespace idisposedemo { /** * C # is not recommended to use destructor to release resources, because * 1 the execution time of the Destructor is unknown and will not

Using system; using system. collections. generic; using system. LINQ; using system. text; using system. threading; namespace multithreading { class thread sub-attributes { Private Static person per = new person (); Public static void main (

Using system; using system. collections. generic; using system. LINQ; using system. text; using system. threading; namespace multithreading { class mutex class { Public static void main () { // mutex is primarily characterized by inter-process

Using system; Using system. Collections. Generic; Using system. text; Namespace idisposedemo { Example of class Resource Recycling { Public static void main (string [] ARGs) { Using (person P = new student ()) { } // Person P =

Using system; Using system. Collections. Generic; Using system. LINQ; Using system. text; Namespace CSHARP Basics { Class variable Inference { Static void main (string [] ARGs) { VaR name = "Aladdin "; VaR age = 13; Type nametype =

Using system; Using system. Collections. Generic; Using system. text; Insecure namespace code { Unsafe class Program { Static void main (string [] ARGs) { Int x = 10; // Declare two integer pointers Int * PX, Py; // Assign the X

Using system; Using system. Collections. Generic; Using system. LINQ; Using system. text; Namespace CSHARP Basics { Features of class Constants { // Constants cannot be assigned with variable values. In person, the value is set to public

Using system; Using system. Collections. Generic; Using system. text; Namespace string { Class Format String { Public static void main () { // The console. writeline method is actually calling string. Format (static), and the parameters

Using system; Using system. Collections. Generic; Using system. text; Demo of a simple clone of a namespace object { // The object's shortest copy, only copies of the copy value type, and the reference type copy address Class Program {

Using system; Using system. Collections. Generic; Using system. LINQ; Using system. text; Namespace Design Mode { Class Program { Static void main (string [] ARGs) { // First, the prototype mode is a creation mode used to handle the

Using system; Using system. Collections. Generic; Using system. LINQ; Using system. text; Namespace CSHARP Basics { Covariant commissioned by class { // Return type covariant of the delegate Method // Define the delegate to return the

Using system; Using system. collections; Using system. Collections. Generic; Using system. LINQ; Using system. text; Namespace generic { // Define the delegate: tinput is the object to be accumulated. tsummary is the type to be returned.

Using system; Using system. Collections. Generic; Using system. LINQ; Using system. text; Using system. collections; Namespace generic { // Implementation of simple linked list, one-way (generic) Class generic class { Public static void

Using system; using system. collections. generic; using system. LINQ; using system. text; using system. codedom. compiler; using Microsoft. CSHARP; using system. reflection; using system. io; namespace wpfapplication2 { class codedriver {