**Continue** alters control flow. It is often found in loop bodies. It allows you to skip the execution of the rest of the iteration. It jumps immediately to the next iteration in the loop. This keyword is often useful in while-loops.

This program uses the continue statement in a while-true loop. In a while-true loop, the loop continues infinitely with no termination point. We use a Sleep method call to make the program easier to watch as it executes.

WhileSleep**A random number** is acquired on each iteration through the loop, using the Next method on the Random type. Then, the modulo division operator is applied to test for divisibility by 2 and 3.

**And:**If the number is evenly divisible, the rest of the iteration is aborted. The loop restarts.

C# program that uses continue keywordusing System; using System.Threading; class Program { static void Main() { Random random = new Random(); while (true) {// Get a random number.int value = random.Next();// If number is divisible by two, skip the rest of the iteration.if ((value % 2) == 0) {continue; }// If number is divisible by three, skip the rest of the iteration.if ((value % 3) == 0) {continue; } Console.WriteLine("Not divisible by 2 or 3: {0}", value);// Pause.Thread.Sleep(100); } } }OutputNot divisible by 2 or 3: 710081881 Not divisible by 2 or 3: 1155441983 Not divisible by 2 or 3: 1558706543 Not divisible by 2 or 3: 1531461115 Not divisible by 2 or 3: 64503937 Not divisible by 2 or 3: 498668099 Not divisible by 2 or 3: 85365569 Not divisible by 2 or 3: 184007165 Not divisible by 2 or 3: 1759735855 Not divisible by 2 or 3: 1927432795 Not divisible by 2 or 3: 648758581 Not divisible by 2 or 3: 1131091151 Not divisible by 2 or 3: 1931772589 Not divisible by 2 or 3: 283344547 Not divisible by 2 or 3: 1727688571 Not divisible by 2 or 3: 64235879 Not divisible by 2 or 3: 818135261...

**The C# language** is a high-level language. When it is compiled, it is flattened into a sequence of instructions. These are intermediate language opcodes. With the continue statement, branch statements are generated.

**In branch statements,** a condition is tested. And based on whether the condition is true, the runtime jumps to another instruction in the sequence. This new location is indicated by an offset in the opcode.

**Note:**The continue statement could be implemented by branching to the top of the loop construct if the result of the expression is true.

The continue statement exits a single iteration of a loop. It does not terminate the enclosing loop entirely or leave the enclosing function body. Continue statements can be duplicated with carefully-placed goto statements.

**So:**Continue is often most useful in while or do-while loops. For-loops, with well-defined exit conditions, may not benefit as much.