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Listing 5-2. Converting a String to a Character Array // string_tochararray.cpp using namespace System; int main() { String^ str = "A quick sly fox jumped over the lazy brown dog."; array<Char>^ character_array = str->ToCharArray(); // Print the original string. Console::WriteLine( str); // Modify characters in the character array. for (int i = 0; i < character_array->Length; i++) { if ( character_array[i] >= L'a' && character_array[i] <= 'z') { character_array[i] -= (L'a' - L'A'); } } // Convert back to a String using the String constructor // that takes a Unicode character array. str = gcnew String(character_array); // Print the modified string: // A QUICK SLY FOX JUMPED OVER THE LAZY BROWN DOG. Console::WriteLine( str); } The output of Listing 5-2 is shown here: A quick sly fox jumped over the lazy brown dog. A QUICK SLY FOX JUMPED OVER THE LAZY BROWN DOG. Or, if you need to iterate over characters in a string, use the for each statement, as in Listing 5-3. Listing 5-3. Looping Through a String // string_foreach.cpp using namespace System;

You can use XSD complex types within the BizTalk Editor. As an example, assume that you need to create your own complex data type for storing shipping addresses for an Order schema: <Order> <CompanyName> </CompanyName> <OrderID> </ OrderID> <OrderDate> </OrderDate> <OrderAmount></ OrderAmount > <ShipTo> <CompanyID> </CompanyID>

<AddressLine1> </AddressLine1> <AddressLine2> </AddressLine2> <AddressLine3> </AddressLine4> <Zip> </Zip> </ShipTo> <ShipFrom> <CompanyID> </CompanyID> <AddressLine1> </AddressLine1> <AddressLine2> </AddressLine2> <AddressLine3> </AddressLine4> <Zip> </Zip> </ShipFrom> </Order> For this example, the Order schema has been built with Order Header nodes and the <ShipTo> record. The following steps outline how to create a complex type to be the data type for the <ShipTo> and <ShipFrom> addresses. You will model the data type of the existing <ShipTo> record. 1. 2. Open the project that contains the schema. Double-click the schema (the Order schema in this example) to open it, as shown in Figure 2 19.

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int main() { String^ str1 = "Ode on a Grecian Urn"; for each (Char ch in str1) { Console::Write(ch); } Console::WriteLine(); } Here s the output of Listing 5-3:

Figure 2 19. Order schema 3. 4. Click the existing record on which you want to base the complex type (the <ShipTo> record in the Order schema in this example). In the Properties window, click Data Structure Type, and type Address in the box. This step will now automatically recognize the record as a complex data type.

Now you can reuse the complex type. For example, here are the steps to create a record that uses the sample complex type:

This code works because first, the String class implements the interface IEnumerable, and second, the GetEnumerator function returns a CharEnumerator, a class that implements IEnumerator. IEnumerator includes a property, Current, which in the case of CharEnumerator, returns a Char (which, as mentioned earlier, is the same as wchar_t).

1. 2. 3.

Click the Order schema node. Right-click and select Insert Schema Node Child Record. Type the record name ShipFrom. In the Properties window of the newly created ShipForm child record, click Data Structure Type, and select the complex type that is now available, Address.

C++/CLI supports, for convenience, the use of the + operator on strings, string literals, and other entities that can be converted to strings (which includes any managed type, since Object defined the ToString method that other objects inherit). The result is the concatenation of the strings. In this way you can build up an output string using concatenation, rather than using the format string. This is not generally a good idea for applications that must be localized into other languages, since the different word order of different languages may mean that the order of concatenation is language dependent. Listing 5-4 shows the use of the string concatenation operator. Listing 5-4. Concatenating Strings // string_operator_plus.cpp using namespace System; int main() { String ^hrs = "Hours", ^mins = "Minutes"; wchar_t separator = ':'; int minutes = 56, hours = 1; Console::WriteLine( hrs + separator + " " + hours + "\n" + mins + separator + " " + minutes); }

This procedure creates the Address complex type element structure under the ShipFrom record. A sequence instruction is created under both the ShipFrom and ShipTo records to implement the complex type. Figure 2 20 shows the finished schema.

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