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all explicit values. default for c. default for b and c. all defaults.
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Console.WriteLine( "{0}, {1}, {2}, {3}", r0, r1, r2, r3 );
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To omit optional parameters from arbitrary positions within the list of optional parameters, rather than from the end of the list, you must use the names of the optional parameters to disambiguate the assignments. You are therefore using both the named parameters and optional parameters features, as illustrated in the following code: class MyClass { double GetCylinderVolume( double radius = 3.0, double height = 4.0 ) { return 3.1416 * radius * radius * height; } static void Main( ) { MyClass mc = new MyClass(); double volume; volume = mc.GetCylinderVolume( 3.0, 4.0 ); Console.WriteLine( "Volume = " + volume ); volume = mc.GetCylinderVolume( radius: 2.0 ); Console.WriteLine( "Volume = " + volume ); volume = mc.GetCylinderVolume( height: 2.0 ); Console.WriteLine( "Volume = " + volume ); volume = mc.GetCylinderVolume( ); Console.WriteLine( "Volume = " + volume ); } } This code produces the following output: Volume Volume Volume Volume = = = = 113.0976 50.2656 56.5488 113.0976 // Positional // Use default height // Use default radius // Use both defaults
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So far, you know that local variables and parameters are kept on the stack. Let s look at that organization a little further. When a method is called, memory is allocated at the top of the stack to hold a number of data items associated with the method. This chunk of memory is called the stack frame for the method. The stack frame contains memory to hold the following: The return address that is, where to resume execution when the method exits Those parameters that allocate memory that is, the value parameters of the method, and the parameter array if there is one Various other administrative data items relevant to the method call
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When a method is called, its entire stack frame is pushed onto the stack. When the method exits, its entire stack frame is popped from the stack. Popping a stack frame is sometimes called unwinding the stack.
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For example, the following code declares three methods. Main calls MethodA, which calls MethodB, creating three stack frames. As the methods exit, the stack unwinds. class Program { static void MethodA( int par1, int par2) { Console.WriteLine("Enter MethodA: {0}, {1}", par1, par2); MethodB(11, 18); // Call MethodB. Console.WriteLine("Exit MethodA"); } static void MethodB(int par1, int par2) { Console.WriteLine("Enter MethodB: {0}, {1}", par1, par2); Console.WriteLine("Exit MethodB"); } static void Main( ) { Console.WriteLine("Enter Main"); MethodA( 15, 30); Console.WriteLine("Exit Main"); } }
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// Call MethodA.
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This code produces the following output: Enter Enter Enter Exit Exit Exit Main MethodA: 15, 30 MethodB: 11, 18 MethodB MethodA Main
Figure 5-14 shows how the stack frames of each method are placed on the stack when the method is called and how the stack is unwound as the methods complete.
Figure 5-14. Stack frames in a simple program
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Recursion
Besides calling other methods, a method can also call itself. This is called recursion. Recursion can produce some very elegant code, such as the following method for computing the factorial of a number. Notice that inside the method, the method calls itself with an actual parameter of one less than its input parameter. int Factorial(int inValue) { if (inValue <= 1) return inValue; else return inValue * Factorial(inValue - 1); } Calls itself
// Call Factorial again.
The mechanics of a method calling itself are exactly the same as if it had called another, different method. A new stack frame is pushed onto the stack for each call to the method. For example, in the following code, method Count calls itself with one less than its input parameter and then prints out its input parameter. As the recursion gets deeper, the stack gets larger. class Program { public void Count(int inVal) { if (inVal == 0) return; Count(inVal - 1);
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