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Listing 2-11 demonstrates creating a delegate type, in this case DecayProcessFunc. The RadioactiveAtoms class has a property named DecayProcess, which is of that delegate type. This property can be set to the beta decay function (here beta minus decay), the alpha decay function, or perhaps some other rare type of radioactive decay. The delegate holds two pieces of information for each method to be called when the delegate is invoked: both the object whose method is to be called and the method to be called on that object. This is the main difference between a delegate and a pointer to member function in classic C++. Listing 2-11 provides the full code, with the delegate code highlighted. I ve removed the interface that was used in Listing 2-8, as it is not central to the discussion now. Listing 2-11. Using a Delegate // radioactive_decay.cpp using namespace System; // This declares a delegate type that takes no parameters. delegate void DecayProcessFunc(); enum class Element; // same as before ref class Atom; // same as before, but without the position data

.normal {font-size:14pt;color:black;text-align:center; width:100%; height:200px;background-color:yellow; border:dotted 3px black} div.red {font-size:14pt;color:white;width:100%; height:200px;text-align:center; vertical-align:bottom;background-color:red; border:dotted 3px black} .blue {font-size:14pt;width:100%; height:200px; color:white;text-align:center; vertical-align:middle;background-color:blue; border:dotted 3px black} .special {cursor: hand;} .notset {border:dotted 3px black} .textBox {width:400px;font-size:20pt;text-align:center; background-color:yellow} .result {color:white;background-color:green; font-size:20pt;font-weight:bold;} .input {color:black;background-color:yellow; font-size:20pt;font-weight:bold;} .draghandle{background-color:lightblue; font-size:12pt;font-weight:bold; color:black; cursor:move;border:solid 1px black; text-align:center;width:100%} .floatwindow{background-color:#eeeeee;font-size:14pt; border:solid 1px black;padding:4px;} .popupwindow{border:solid 1px black;background-color:lightyellow;} .hoverlabel {background-color:lightgreen;cursor:pointer;} The following code defines a <div> element on a page and a number of Button controls that will be used to manipulate the <div> element: <div class="description"> <h3><u>Example 1:</u></h3> <div id="panel">Click the buttons to affect this element</div> <br />

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With BizTalk Mapper functoids, you can perform a variety of simple or complex computational or manipulative tasks. You may have noticed as you were poking around with the Mapper that a toolbox was added as part of the project, as shown in Figure 7-15. As you flip through each of the tree nodes, you ll notice that there are a lot of functoids. This is an amazing technology when you think about it. You can apply programming-like functions to your incoming data. Here, you ll work through an example and try out a few functoids. I won t cover all of them, because that would take several chapters. You ll find that they re easy to use, and you ll want to experiment with them on your own. You can find the appropriate functoid implementation guidelines in the BizTalk Documentation (Start Programs Microsoft BizTalk Server 2006).

ref class RadioactiveAtom : Atom { public: RadioactiveAtom(int a, int n, bool is_stable, double half_life) : Atom(a, n) { IsStable = is_stable; HalfLife = half_life; Lambda = Math::Log(2) / half_life; } // The atom releases an alpha particle // so it loses two protons and two neutrons. virtual void AlphaDecay() { AtomicNumber -= 2; IsotopeNumber -= 4; Update(); }

<input type="button" id="hideButton" class="buttonstyle" value="Hide" />  <input type="button" id="showButton" class="buttonstyle" value="Show" /> <br/> <input type="button" id="disableButton" class="buttonstyle" value="Disable" />  <input type="button" id="enableButton" class="buttonstyle" value="Enable" /> <br/> <input type="button" id="largeButton" class="buttonstyle" value="Large" />  <input type="button" id="smallButton" class="buttonstyle" value="Small" /> </div> You can see how this appears in Figure 4-3.

value class BigIntImplicit { __int64 m_i; public: BigIntImplicit(int i) : m_i(i) { } operator int() { return m_i; } static operator BigIntImplicit(int i) { return BigIntImplicit(i); } void takeBigIntImplicit(BigIntImplicit b) {} }; int main() { BigIntExplicit b_exp(400); BigIntImplicit b_imp(500); int i = safe_cast<int>( b_exp ); int j = b_imp; // OK: implicit // OK: requires explicit cast

First, you need a map to manipulate. So, you need to start a new project, create an XML source file, and generate the source and destination schemas, as in the previous example. 1. Start a new instance of Visual Studio 2005. 2. Create a new Empty BizTalk Project and save it as 7Advanced. 3. Create an XML file with the following content and save it as orderFile.xml: <Order> <CustomerFirstName>Joe </CustomerFirstName> <CustomerLastName>Smith</CustomerLastName> <OrderedItemQuantity>4</OrderedItemQuantity> <OrderedItemPrice>12.99</OrderedItemPrice> </Order> 4. Right-click the project name and select Add Add Generated Items. 5. Select Generate Schemas in both the left and right panes. Click Add to continue. 6. Find and add the orderFile.xml file when asked for the input file, as shown in Figure 7-16.

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