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# Create a new object, and read two image files $im1 = Image::Magick->new(); $im1->Read($file1); $im1->Read('*.png'); # Get rid of the third image (but keep the slot) $im1->[2] = undef;

public: // The atom releases an alpha particle // so it loses two protons and two neutrons. virtual void AlphaDecay() { SetAtomicNumber(GetAtomicNumber() - 2); SetIsotopeNumber(GetIsotopeNumber() - 4); UpdateHalfLife(); } // The atom releases an electron. // A neutron changes into a proton. virtual void BetaDecay() { SetAtomicNumber(GetAtomicNumber() + 1); UpdateHalfLife(); } virtual double GetHalfLife() { return half_life; } }; The plan is to eventually set up a loop representing increasing time, and roll the dice at each step to see whether each atom decays. If it does, we want to call the appropriate decay method, either beta decay or alpha decay. These decay methods of the RadioactiveAtom class will update the atomic number and isotope number of the atom according to the new isotope that the atom decayed to. At this point, in reality, the atom could still be radioactive, and would then possibly decay further. We would have to update the half-life at this point. In the next sections, we will continue to develop this example. The previous sections demonstrated the declaration and use of managed aggregate types, including ref classes, value classes, managed arrays, enum classes, and interface classes. In the next section, you ll learn about features that model the has-a relationship for an object: properties, delegates, and events.

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My 5-Year-Old Son...................................................................... 74 BlackBerry at Funeral.................................................................. 75 Concerned Bystanders..................................................................... 77 Quotes from Concerned Bystanders ................................................. 77 Missed a Big Hit at Baseball........................................................... 79 Berry vs. Boyfriend: Who Wins ...................................................... 80 Frequent Flyer s Fiasco/Stand-by Hell.............................................. 82 Kevin s Missing Curve .................................................................. 84 Exercise: List Your Own BlackBerry Bystanders ....................................... 85

# Clone only the fifth image in $im1 into $im2 $im2 = $im1->[4]->Clone(); # Add the first image from $im1 as the last of $im2 push @{$im2}, $im1->[0]; # Add all the images of $im2 to $im1 push @$im1, @$im2; # Get rid of the first and last image in $im1 shift @$im1; pop @$im1; # Remove all images from $im1 @{$im1} = (); # The following does the same, but is semantically unattracive. @{$im1} = undef;

suggesting that you are invoking a platform-specific binary Basically, P/Invoke lets you create a managed entry point to your native function If the native code you want to call is not exposed as a native, exported function, you can t use P/Invoke P/Invoke works well for calling Win32 APIs, and it is widely used in CLI languages for this purpose There are some complexities in using P/Invoke, since you have to declare managed analogs for any native structs that are passed into the function, and this is sometimes tricky Also, there is considerable overhead due to switching from managed to native code and back again, as you ll see In addition to P/Invoke, the CLR provides support for COM interop You can create instances of proxy objects to COM objects in managed code.

Initially, an Image::Magick object is empty, i.e., it contains no images. To create an image in the array, use the Read() method:

$im->Read('logo.png'); $im->Read('logo.png', 'foo.jpeg'); $im->Read(@filenames, '*.png'); $im->Read('xc:white'); $im->Read('label:Just some text'); $im->Read('gradation:lavender-chartreuse'); $im->Read('graphics/vr/*.jpg');

Usually this will involve creating a wrapper assembly that contains managed types that expose the COM interfaces to your managed code Visual Studio contains several tools that simplify this process, such as tlbimpexe, which creates a wrapper assembly from a typelib (TLB file) that is usually present with a COM library You can also go the other way, exposing managed objects to COM This process involves attributing the types with COM attributes, specifying, for example, the GUID for the type, and using tlbexpexe to generate a type library that can be used to instantiate the managed objects from COM as COM objects All of the previously mentioned interop methods are available to all CLR languages, but in C++/CLI, you have the option of an additional type of interop if you have the C++ source code and can recompile it with the /clr option.

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