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types. These types include ArrayList, Queue, Stack, SortedList, and HashTable. All these collections can be used to manage elements of type System::Object^. When you use these collections with concrete types, downcasts are necessary. These casts are either dangerous (static_cast) or expensive (safe_cast). When the element types for these collections are value types, using these collections also implies a lot of boxing and unboxing. Version 2.0 of the FCL also contains the namespace System::Collections::Generic with typed collection classes. These classes are based on generics, a template-like .NET feature that allows you to define and use parameterized types. As an example, there is a type List that represents a typed list of a dynamic size. The following code uses the read-only List<Person^> property to establish a one-to-n relationship: using namespace System; using namespace System::Collections::Generic; public ref class Person { List<Person^>^ friends; public: Person() : friends(gcnew List<Person^>()) {} property String^ Name; property int Age; property List<Person^>^ Friends { // since Friends is a read-only property, it can't be a trivial property List<Person^>^ get() { return friends; } } }; int main() { Person^ george = gcnew Person(); george->Name = "George "; george->Age = 26; Person^ johnny = gcnew Person(); johnny->Name = "Johnny "; johnny->Age = 33; george->Friends->Add(johnny); Console::WriteLine(george->Friends->Count); }

The code in Listing 5-5 shows how you can trigger to both edges. The interrupt handler routine is assigned over the delegate (reference to a method) OnInterrupt. The custom interrupt handler port_OnInterrupt is then executed as soon as the state of the GPIO port changes. Listing 5-5. Triggering Both Edges using using using using System; System.Threading; Microsoft.SPOT; Microsoft.SPOT.Hardware;

First, we added dwr,jar from the DWR download to the WEB-INF/lib directory. We also created a new file called WEB-INF/dwr.xml. Listing B-1 shows the complete dwr.xml file. Listing B-1. WEB-INF/dwr.xml < xml version="1.0" encoding="UTF-8" > <!DOCTYPE dwr PUBLIC "-//GetAhead Limited//DTD Direct Web Remoting 1.0//EN" "http://www.getahead.ltd.uk/dwr/dwr10.dtd"> <dwr> <allow> <create creator="spring" javascript="Clinic" scope="session"> <param name="beanName" value="clinic"/> </create> <convert converter="bean" match="org.springframework.samples.petclinic.*"/> <convert converter="bean" match="org.springframework.samples.petclinic.jdbc.*"/> </allow> </dwr>

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To retrieve elements from a collection, you can either use the for each construct, as follows: List<Person^>^ friends = george->Friends; for each (Person^ p in friends) DoSomethingWithPerson(p) or an array-like syntax, like so: List<Person^>^ friends = george->Friends; for (int i = 0; i < friends->Count; ++i) DoSomethingWithPerson(friends[i]); The for each iteration is possible because the type List implements the interface IEnumerable. You can find various implementations of this and related interfaces on the Web, so I won t add a further implementation here. An important constraint on the for each construct is that the elements are invariant, so you cannot modify them. For example, the following code compiles, but it does not modify the content of the list: List<Person^>^ friends = george->Friends; for each (Person^ p in friends) p = gcnew Person(); Using an array-like syntax on a List<Person^>^ is possible because the type List implements a so-called default indexed property. A default indexed property is the managed equivalent to the subscript operator (operator []). It is a property with the name default and additional arguments provided in squared brackets. If you want to implement your own collection class, you should consider supporting this feature, too. The following code shows a simple class that implements two overloads of a default indexed property: ref class PersonCollection { // internal data storage not relevant here public: property Person^ default[int] { Person^ get(int i) { // implementation of getter depends on internal storage } void set(int i, Person^ newValue) { // implementation of setter depends on internal storage } } // the second overload is a read-only property property Person^ default[String^] { Person^ get(String^ name) {

namespace GpioInterruptPortEdgeSample { public class Program { public static void Main() { InterruptPort port = new InterruptPort(Cpu.Pin.GPIO_Pin3, false, //no glitch filter Port.ResistorMode.PullDown, Port.InterruptMode.InterruptEdgeBoth); port.OnInterrupt += new GPIOInterruptEventHandler(port_OnInterrupt); Thread.Sleep(Timeout.Infinite); } private static void port_OnInterrupt(Cpu.Pin port, bool state, TimeSpan time) { Debug.Print("Pin=" + port + " State=" + state + " Time=" + time); } } }

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