CSharp

   1 using System;
   2 
   3 namespace org.bitarus.allowed
   4 {
   5   public class Program
   6   {
   7     public static void Main(string[] args)
   8     {
   9       System.Console.WriteLine("Hello world");
  10     }
  11   }
  12 }

   1 using System.Configuration;
   2 //.....
   3 string valuex = ConfigurationManager.AppSettings["keyx"];
   4 System.Console.WriteLine(valuex);

   1 // mcs test.cs /r:Newtonsoft.Json.dll  
   2 // mono test.exe 
   3 
   4 using Newtonsoft.Json;
   5 using System;
   6 
   7 public class Reply{
   8   public int mnr {get;set;}
   9   public int fnr {get;set;}
  10   public MSG[] msg {get;set;}
  11 }
  12 
  13 public class MSG{
  14   public DateX date {get;set;}
  15   public string msg {get;set;}
  16 
  17 }
  18 
  19 public class DateX{
  20   [JsonProperty("$date")]
  21   public long datex { get;set; }  
  22 }
  23 
  24 public class Program{
  25   public static void Main(string[] args){
  26     string json = @"{\"mnr\": 1, \"fnr\": 777, \"msg\": [
  27 {\"date\": {\"$date\": 1388679281000}, \"msg\": \"AAAAA\"}, 
  28 {\"date\": {\"$date\": 1388678779000}, \"msg\": \"BBBBB\"}, 
  29 {\"date\": {\"$date\": 1388676003000}, \"msg\": \"CCCCC\"}
  30 ]}";
  31 
  32     Reply r = JsonConvert.DeserializeObject<Reply>(json);
  33     System.Console.WriteLine(String.Format("Fnumber:{0} MNumber:{1}",r.fnr,r.mnr));
  34 
  35     foreach(MSG msg in r.msg) {
  36       System.Console.WriteLine(String.Format("MSG:{0} Date:{1} ",msg.msg, msg.date.datex ));
  37     }      
  38   }
  39 }

   1 using System;
   2 
   3 public class Test{
   4   public static void Main(String[] args)  {
   5     int a=123;
   6     System.Console.WriteLine( String.Format("{0}",a) ); // 123
   7     System.Console.WriteLine( String.Format("{0:D2}",a) ); //123
   8     System.Console.WriteLine( String.Format("{0:D5}",a) ); // 00123
   9   }                       
  10 }

   1 /*
   2 Compile code
   3 mcs -sdk:4.5 testeILAsm.cs 
   4 
   5 Get IL code
   6 monodis testeILAsm.exe > testeILAsm.il
   7 */
   8 
   9 using System;
  10 using System.IO;
  11 
  12 namespace org.bitarus.allowed
  13 {
  14   public class Program
  15   {
  16     private static void dummy(int a,int b)    {
  17       int res=sum(a,b);
  18       log(a,b);
  19       log(a,b);
  20     }
  21     
  22     private static void log(int skey,int salt)    {
  23       string line=String.Format("skey:{0:X8} Salt:{1:X8}",skey,salt);
  24       
  25       using (StreamWriter w =File.AppendText("logx.txt"))       {
  26         w.WriteLine(line);        
  27       }
  28       
  29       System.Console.WriteLine(line);
  30     }
  31 
  32     private static int sum(int a,int b)
  33     {
  34       return a+b;
  35     }
  36     
  37     public static void Main(string[] args)
  38     {
  39       System.Console.WriteLine("Hello world");      
  40       int x1=1234;
  41       int x2=5678;
  42       dummy(x1,x2);
  43     }
  44   }
  45 }

   1 using System;
   2 using System.Net;
   3 using System.Net.Sockets;
   4 using System.Threading;
   5 using System.Text;
   6 
   7 public class Server
   8 {
   9   public static void ConnectionHandler(object socket)
  10   {
  11     if( socket is Socket )
  12       {
  13         var s=(Socket)socket;
  14         bool exit=false;
  15         while(!exit)
  16           {
  17             byte[] rxbuffer = new byte[8192];
  18             int nrRx =  s.Receive(rxbuffer,rxbuffer.Length,0);
  19             string rx = Encoding.ASCII.GetString(rxbuffer, 0, nrRx);
  20             System.Console.Write(rx.ToUpper());
  21             if(rx=="exit\n") {
  22               exit=true;
  23             }
  24             Byte[] tx = Encoding.ASCII.GetBytes(rx.ToUpper());
  25             s.Send(tx,tx.Length,0);
  26           }
  27         s.Close();
  28       }
  29   }
  30   
  31   public static void Main(string[] args)
  32   {
  33     Socket s = new Socket(AddressFamily.InterNetwork,SocketType.Stream, ProtocolType.Tcp);
  34     IPEndPoint ep = new IPEndPoint( new IPAddress(new byte[]{0,0,0,0 }) ,9090);
  35     var handlerCallback = new WaitCallback(ConnectionHandler);
  36     s.Bind(ep);
  37     s.Listen(0);
  38 
  39     while(true)
  40       {
  41         Socket rx = s.Accept(); 
  42         ThreadPool.QueueUserWorkItem(handlerCallback,   rx );
  43       }    
  44   }
  45 }

   1 //gmcs /r:System,System.Web,System.Web.Services ws.cs /t:library
   2 using System;
   3 using System.Web;
   4 using System.Web.Services;
   5  
   6 namespace WS
   7 {
   8     [WebService (Description="Our first web service")]
   9     public class RemoteWebService : System.Web.Services.WebService
  10     {
  11         [WebMethod (Description="Adds two numbers")]
  12         public int Add (int firstNumber, int secondNumber)
  13         {
  14                 return firstNumber + secondNumber;
  15         }
  16     }
  17 }

   1 using System;
   2 using System.Collections.Generic;
   3 using System.Linq; 
   4 
   5 interface Filter{
   6   List<int> filterNumbers(List<int> numbers);
   7 }
   8 
   9 class NormalFilter:Filter{
  10   public List<int> filterNumbers(List<int> numbers){
  11     var oddNumbers = new List<int>();
  12     foreach(var nr in numbers){
  13       if( nr%2==0){
  14         oddNumbers.Add(nr);
  15       }
  16     }
  17     return oddNumbers;
  18   }
  19 } 
  20 
  21 class LinqFilter:Filter{
  22   public List<int> filterNumbers(List<int> numbers){
  23    var oddNumbersLinq = numbers.Where( x => x%2==0).ToList();
  24    return oddNumbersLinq;     
  25   }
  26 } 
  27 
  28 class MainClass {
  29   public static void Main (string[] args) {
  30     var numbers = new List<int>();
  31     
  32     for(int i=1;i<=10;i++){
  33       numbers.Add(i);
  34     }
  35 
  36     var oddNumbers = new List<int>();
  37     foreach(var nr in numbers){
  38       if( nr%2==0){
  39         oddNumbers.Add(nr);
  40       }
  41     }
  42 
  43    var oddNumbersLinq = numbers.Where( x => x%2==0).ToList();
  44    
  45    var fromNormal = new NormalFilter().filterNumbers(numbers);
  46    var fromLinq =  new LinqFilter().filterNumbers(numbers);
  47 
  48    fromNormal.ForEach(x => Console.WriteLine(x) );
  49    fromLinq.ForEach(x => Console.WriteLine(x) );
  50   }
  51 }

   1 using System;
   2 using System.Collections.Generic;
   3 using System.Linq;
   4 
   5 namespace Even{
   6   public interface IFilter{
   7     IEnumerable<int> FilterEven(IList<int> data);
   8   }
   9 
  10   public class NormalLoop : IFilter {
  11     public IEnumerable<int> FilterEven(IList<int> data){
  12       List<int> ret = new List<int>();
  13       for(var i=0; i<data.Count; i++){
  14         if( data[i]%2 ==0 ){
  15           ret.Add(data[i]);
  16         }
  17       }
  18 
  19       return ret;
  20     }
  21   }
  22 
  23   public class LinqLoop : IFilter {
  24     public IEnumerable<int> FilterEven(IList<int> data){
  25       return data.Where(nr => nr % 2 == 0); 
  26     }
  27   }
  28 
  29   public class MainClass {
  30     public static void Main (string[] args) {
  31       int[] i={1,2,3,4,5,6,7,8,9,10};
  32       IFilter loop = new NormalLoop();
  33       IFilter loopLinq= new LinqLoop();
  34 
  35       Console.WriteLine("Normal impl");
  36       foreach(var item in loop.FilterEven(i) ){
  37         Console.WriteLine(item);
  38       }
  39       Console.WriteLine("Linq impl");
  40       foreach(var item in loopLinq.FilterEven(i) ){
  41         Console.WriteLine(item);
  42       }
  43     }
  44   }
  45 }