throw ex;

throw;

string s = "Take this out";
s.Replace("this", "that");  //wrong

s = s.Replace("this", "that");  //correct

public static string GetCookieName(Cookie c)
{
 return c.Name;
}

static List<string> cookieList = new List<string>();
public static void AddToCookieList(Cookie c)
{
 cookieList.Add(c.Name);

}

 try
{
    //something
 File.Delete(blah);
}
catch{}

string s = "This ";
s += "is ";
s += "not ";
s += "the ";
s += "best ";
s += "way.";

StringBuilder sb = new StringBuilder();
sb.Append("This ");
sb.Append("is ");
sb.Append("much ");
sb.Append("better. ");

using (StreamReader reader=new StreamReader(file))
{
 //your code here

}

string val = Session["xyz"].ToString();

using System;
using System.Collections.Generic;
using System.Windows.Forms;
using NHunspell;

namespace testWinForms87
{
   class CSpellCheck
   {
       public static void Test()
       {
           using (Hunspell hunspell = new Hunspell(@"fa_ir.aff", @"fa_ir.dic"))
           {
               bool correct = hunspell.Spell("دباق");
               if (correct)
                   MessageBox.Show("مشکلی نیست!");
               else
               {
                   List<string> suggestions = hunspell.Suggest("دباق");
                   string result = string.Empty;
                   foreach (string suggestion in suggestions)
                   {
                       result += suggestion + Environment.NewLine;
                   }

                   if (result != string.Empty)
                       MessageBox.Show(result,"لیست پیشنهادها");
               }
           }
       }
   }
}

void SetA()
{
  if(a == b)
  {
     foreach(C c in cs)
     {
        if(c == d)
        {
           a = c;
        }
     }
  }
}

void SetA()
{
   if(a != b)
       return;

  foreach(C c in cs)
       a = GetValueOfA(c);
}

TypeOfA GetValueOfA(C c)
{
  if(c == d)
      return c;
  
  return a;
}

if (foo) {
if (bar) {
  // do something
}
}

if (foo && bar) {
// do something
}

function findShape(flags, point, attribute, list) {
   if(!findShapePoints(flags, point, attribute)) {
       if(!doFindShapePoints(flags, point, attribute)) {
           if(!findInShape(flags, point, attribute)) {
               if(!findFromGuide(flags,point) {
                   if(list.count() > 0 && flags == 1) {
                         doSomething();
                   }
               }
           }
      }
   } 
}

function findShape(flags, point, attribute, list) {
   if(findShapePoints(flags, point, attribute)) {
       return;
   }

   if(doFindShapePoints(flags, point, attribute)) {
       return;
   }

   if(findInShape(flags, point, attribute)) {
       return;
   }

   if(findFromGuide(flags,point) {
       return;
   }

   if (!(list.count() > 0 && flags == 1)) {
       return;
   }

   doSomething();
}

void UpdateBankAccountTransactionListWithYesterdaysTransactions()
//or?
void UpdateTransactions()

//function thisReallyHandyFunction() {
//      someMagic();
//      someMoreMagic();
//      magicNumber = evenMoreMagic();
//      return magicNumber;
//}

// Get the student's id
thisId = student.getId();

// TODO: This is too bad. FIX IT!

if (foo>bar) {
return true;
} else {
return false;
}

return foo>bar;

Something something = new Something(foo);
return something;

return new Something(foo);

function getSomeAngle() {
   // Some code here then
   radAngle1 = Math.atan(slope(center, point1));
   radAngle2 = Math.atan(slope(center, point2));
   firstAngle = getStartAngle(radAngle1, point1, center);
   secondAngle = getStartAngle(radAngle2, point2, center);
   radAngle1 = degreesToRadians(firstAngle);
   radAngle2 = degreesToRadians(secondAngle);
   baseRadius = distance(point, center);
   radius = baseRadius + (lines * y);
   p1["x"] = roundValue(radius * Math.cos(radAngle1) + center["x"]);
   p1["y"] = roundValue(radius * Math.sin(radAngle1) + center["y"]);
   pt2["x"] = roundValue(radius * Math.cos(radAngle2) + center["y"]);
   pt2["y"] = roundValue(radius * Math.sin(radAngle2) + center["y");
   // Now some more code
}

function getSomeAngle() {
   // Some code here then
   radAngle1 = Math.atan(slope(center, point1));
   radAngle2 = Math.atan(slope(center, point2));

   firstAngle = getStartAngle(radAngle1, point1, center);
   secondAngle = getStartAngle(radAngle2, point2, center);

   radAngle1 = degreesToRadians(firstAngle);
   radAngle2 = degreesToRadians(secondAngle);

   baseRadius = distance(point, center);
   radius = baseRadius + (lines * y);

   p1["x"] = roundValue(radius * Math.cos(radAngle1) + center["x"]);
   p1["y"] = roundValue(radius * Math.sin(radAngle1) + center["y"]);

   pt2["x"] = roundValue(radius * Math.cos(radAngle2) + center["y"]);
   pt2["y"] = roundValue(radius * Math.sin(radAngle2) + center["y");
   // Now some more code

}

if(mode == 3){ ... }
else if(mode == 4) { ... }

if(mode == MyEnum.ShowAllUsers) { ... }
else if(mode == MyEnum.ShowOnlyActiveUsers) { ... }

public User[] GetGroupMembers(int groupId)
public List<User> GetGroupMembers(string groupName)

public List<User> GetGroupMembers(int groupId)
public List<User> GetGroupMembers(int id, int pageIndex, int pageSize)

public List<User> GetGroupMembers(int groupId)
public List<User> GetGroupMembers(int pageIndex, int pageSize, int groupId)

public List<User> GetGroupMembers(int groupId)
{
   return GetGroupMembers(groupId, 0, 10);
}

public List<User> GetGroupMembers(int groupId, int pageIndex, int pageSize)
{
   return GetGroupMembers(groupId, pageIndex, pageSize, SortOrder.Ascending);
}

public List<User> GetGroupMembers(int groupId, int pageIndex, int pageSize, SortOrder sortOrder)
{
   var query = new GroupQuery();
   query.GroupID = groupId;
   query.PageIndex = pageIndex;
   query.PageSize = pageSize;
   query.SortOrder = sortOrder;

   return GetGroupMembers(query);
}

public List<User> GetGroupMembers(GroupQuery groupQuery)
{
   // Actual implementation to get group members goes here
}

[.NET Framework Debugging Control]
GenerateTrackingInfo=1
AllowOptimize=0