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Figure 7 10. Using traverseTree() to convert the text of our list items to lowercase One final note on traverseTree(): although you stepped through child nodes by way of firstChild and nextSibling, you could have done so with lastChild and previousSibling, too. Click the Refresh icon in Firefox to revert the text in the <li> elements to that from our markup, and then simply edit traverseTree(), changing firstChild to lastChild and nextSibling to previousSibling. Click Run to verify that traverseTree() works just as well traversing child nodes in reverse. More often than not, you will traverse child nodes moving forward with nextSibling rather than in reverse with previousSibling. function traverseTree(node, func) { func(node); node = node.lastChild; while (node !== null) { arguments.callee(node, func); node = node.previousSibling; } } var root = document. childNodes[1]. childNodes[1]. childNodes[1]. childNodes[3]; traverseTree(root, function(node) { if (node.nodeType === 3) { node.data = node.data.toLowerCase(); } });

Although the values of many properties adhere to AppleScript s own data types such as text, number, list, and so on, many properties don t. Instead of using AppleScript s built-in data classes, these properties use constants defined in the application dictionary. Take, for instance, InDesign s local display setting property used by different page items. The property has four possible values. By looking in the InDesign dictionary, you can tell that the possible values are high quality, typical, optimized, and default. These aren t strings but rather keywords that are part of InDesign s scripting terminology. Another related type of property is one containing a reference to an application object. For instance, the Finder application defines a home property, whose value is a reference to the home folder, which is a specific object in the Finder. Another example is the general preferences property of InDesign s dictionary. The value of this property is the general preference object.

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Before we move on to model B, let s take a closer look at the memory used by the model A arrays: The array rating uses 1 byte per DVD (enough for a 1-byte rating from 1 to 10). The array title uses 256 bytes per DVD (enough for a text string holding the movie title, up to 255 bytes in length, plus the terminating byte). The array comment also uses 256 bytes per DVD (enough for a text string holding a comment about the DVD, up to 255 bytes in length, plus the terminating byte). Add those three together and you find that model A allocates 513 bytes per DVD. Since model A allocates space for 5,000 DVDs when it declares its three key arrays, it uses 2,565,000 bytes (5,000 * 513 = 2,565,000). Since the program really only needs 513 bytes per DVD, wouldn t it be nice if you could allocate the memory for a DVD when you need it With this type of approach, if your collection only consisted of 50 DVDs, you d only have to use 25,650 bytes of memory (50 * 513 = 25,650), instead of 2,565,000.

Object properties in scriptable applications are divided into two categories: read-only and editable. As you may imagine, the object model of an application doesn t always let you change every property of every object. For instance, the creation date property of a file object in the Finder can t be changed; after all, a file can be created only once in its life, and the date and time it was created on doesn t change. Some other properties can t be changed simply because the developers decided they shouldn t be. Read-only properties are marked as [r/o] in the dictionary, but if you really need to be able to change a read-only property, try to change it anyway; although rare, it is possible that the dictionary information is not fully accurate.

Memory usage is just one factor to take into account when deciding which data structures to use in your program. Another is ease of use. If you have plenty of memory available, model A takes less time to implement and is much easier to work with in that case, memory be damned; go for the simpler solution. The cool thing about being the programmer is that you get to decide what s best in any given situation.

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