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These methods are only meant to be called internally in this module, and by certain modules that inherit from it. Therefore, by convention, their names start with an underscore. The _rgb() subroutine returns a list of the three color components contained in the string that we are using as a color specification. This list is needed for the various color allocation methods in GD. The _set_color() method is used to select a color from the current GD palette, or to allocate a new one if it doesn t already exist. The _set_pen() method is used to emulate line thickness in GD, since it natively only draws in one thickness. This is performed by setting the drawing brush to a square image of the specified color, and designating that brush as the active drawing pen, instead of a plain color. All that is left now is the implementation of the methods that form our drawing interface, i.e., the line() and fill_circle() methods.

if (current <= 0 || current >= cards->Count ) throw gcnew InvalidOperationException(); return cards[current]; } } // Implement the IEnumerator::MoveNext method. virtual bool MoveNext() { current++; if (current <= 0 || current > cards->Count) throw gcnew InvalidOperationException(); else return current < cards->Count; } // Implement the IEnumerator::Reset method. virtual void Reset() { current = 0; } }; }; void PrintAll(Cards^ deck) { for each (Card c in deck) { Console::Write("{0} ", c, c.Rank, c.Suit); // has no effect on iteration since collection is snapshot // but deck will remain shuffled when next used deck->Shuffle(); } Console::WriteLine(); } int main() { Cards^ deck = gcnew Cards(); PrintAll(deck); PrintAll(deck); }

sub line { my $self my ($r1, my ($x1, my ($x2,

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There are a few possible reasons as to why so many of us commit BlackBerry boo-boos: We truly can t help ourselves (this is why we need this book). We aren t even aware of what we are doing because we are so focused on the BlackBerry. We somehow think that rules of common decency and etiquette don t apply to us. We believe that the BlackBerry is so unique and special that there no rules that should apply when we use it.

= shift; $r2, $angle, $color, $width) = @_; $y1) = polar2cart($r1, $angle); $y2) = polar2cart($r2, $angle);

For more information, you may want to consult Expert Visual C++/CLI by Marcus Heege (Apress, forthcoming).

my $gd_color = $self->_set_pen($color, $width); $self->{canvas}->line($x1, $y1, $x2, $y2, $gd_color); } sub fill_circle { my $self = shift; my ($radius, $color) = @_; my $gd_color = $self->_set_color($color); my ($xc, $yc) = get_origin(); $self->{canvas}->arc($xc, $yc, 2 * $radius, 2 * $radius, 0, 360, $gd_color); $self->{canvas}->fillToBorder( $xc, $yc, $gd_color, $gd_color); } 1;

It now has become fairly easy to write a clock-drawing program, using virtually any driver that implements the interface discussed.4 Some drivers (for example, text-based

It is straightforward to use types created in another .NET Language in C++/CLI. In fact, you do this all the time, since much of the .NET Framework is written in C#. When interoperating with C# or VB or any of a number of non-Microsoft languages, you need to be aware of what features of C++/CLI are available in other languages, and what are not. For example, C# does not support global functions. If you define a global function and make it public, you cannot call it from C#. You could call such a function through a public static method of a public class. If you want a managed language that lets you do everything, IL is the answer see Expert .NET 2.0 IL Assembler by Serge Lidin (Apress, 2006) for more details. It is fair to say that IL is the language below C++/CLI on the CLR, just as assembler is the one language lower than C++ on many platforms. Using pure or safe mode makes sense for cross-language interop, since it s easy to reference MSIL assemblies from VB or C#. If you were to compile in mixed mode, you d need to create a managed wrapper to ensure that the code can be accessed from the other languages, as shown in Listings 12-1 and 12-2. Listing 12-1. Wrapping a Global Function // global_function.cpp // Compile with cl /clr:safe /LD global_function.cpp. using namespace System; namespace G { void FGlobal() { Console::WriteLine("Global C++/CLI Function."); } public ref class R { public: static void FMember() { Console::WriteLine("C++/CLI Static Member Function."); FGlobal(); } }; };

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