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Multidimensional arrays also have a template-like syntax. All you have to do is add a rank after the data type: array<datatype, rank>^ arrayname; The rank specifies the number of dimensions of the array and can range from 1 to 32. Any other value generates an error. The rank must also be explicit. Therefore, the rank cannot be a variable. It must be either a numeric literal or a numeric const value. When this rank is greater than 1, the array is multidimensional. Notice that with this syntax it is possible to write single- and multidimensional array declarations the same way: array<int, 1>^ Ints_5 = gcnew array<int>(5); array<int, 2>^ Ints_5x3 = gcnew array<int>(5, 3); array<int, 3>^ Ints_5x3x2 = gcnew array<int>(5, 3, 2); Multidimensional arrays declared in the preceding fashion all have dimensions of uniform size or, in the case of a two-dimensional array, are rectangular. It is also possible to have arrays that have different sizes within a dimension. This form of declaring multidimensional arrays, usually known as jagged arrays, is made up of arrays of arrays. With the new array syntax, declaring an array in this format is a breeze: array< array<datatype>^ >^ Notice all you do is make the data type of the outer array declaration another array declaration. Initializing the array takes a little more effort, but then again it is not complicated. Here we create a two-dimensional array, in which the first dimension is 4 and the second dimension varies from 5 to 20. array< array<int>^ >^ jagged = gcnew array< array<int>^ >(4); for (int i = 0; i < jagged->Length; i++) { jagged[i] = gcnew array<int>((i+1) * 5); }

In the preceding example, I show how to subscript into an array, or in layman s terms, how to access an element of an array. For those of you with prior C++ experience, this should look familiar. It s the name of the array followed by the index to the element enclosed in square brackets: variable_name[index]; Be careful, though: multidimensional arrays are accessed in a different syntax than traditional arrays. Instead of the name of the array followed by each dimension index in its own square bracket, the syntax is now the name of the array followed by a comma-delimited list of dimension indexes enclosed in a single set of square brackets: variable_name[index1,index2,index3];

A reference to a database A reference to a BizTalk web service A user-defined application that supports user-defined settings and constraints; exists for documentation purposes and supports generic endpoints

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Just to complicate things, jagged arrays use the traditional syntax to access an element of an array. For those of you new to the C++ world, this means you enclose each dimension index in its own square bracket, like this: variable_name[index1][index2][index3];.

// MyWebViewController.h #import <UIKit/UIKit.h> @interface MyWebViewController : UIViewController { UIWebView *mywebView; UIBarButtonItem *urlButton; } @property (nonatomic, retain) IBOutlet UIWebView *mywebView; -(IBAction)urlbuttonTapped; @end

Unlike traditional C++, subscripting is not a synonym for pointer arithmetic, and it is not commutative. Thus, the only way to access data from an array is by using subscripts with all dimensions starting at a value of zero.

Using the drag-and-drop method, you will now design and implement a simple sample solution. To start with, you will define the back-end database component. (You can begin on any part of the application design you like, but for this example, we ll start with the database.)

Two very helpful static methods of the System::Array are Sort() and Reverse(), which provide quick ways to sort and reverse the order of the elements in an array. Reverse() is shown in the following example. Listing 2-9 is a program showing C++/CLI arrays in action. Listing 2-9. C++/CLI Arrays in Action using namespace System; // Arrays in Action void main() { // Single dimension array<int>^ a = gcnew array<int>(4); array<String^>^ b = gcnew array<String^>(4); for (int i = 0; i < a->Length; i++) { a[i] = i; } for (int i = 0; i < b->Length; i++) { b[i] = a[i].ToString(); } for (int i = 0; i < b->Length; i++) { Console::WriteLine(b[i]); } Console::WriteLine(); Array::Reverse(b); for (int i = 0; i < b->Length; i++) { Console::WriteLine(b[i]); } // Multidimension uniform array<int,2>^ c = gcnew array<int,2>(4,3); array<String^,2>^ d = gcnew array<String^,2>(4,3); for (int x = 0; x < c->GetLength(0); x++) { for (int y = 0; y < c->GetLength(1); y++) { c[x,y] = (x*10)+y; } } Console::WriteLine(); for (int x = 0; x < d->GetLength(0); x++) {

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