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As in many other applications, Preview uses GUI tables to display data in rows and columns. The table you re interested in is the one containing the search results, which appears in the same drawer as the search field when one or more matches are found. Note that if there are no matches, you will end up with some unexpected tables. After digging a bit with UI Browser, you discover that the table object is as follows: table 1 of scroll area 1 of group 1 of drawer 1 of window 1 and that it has rows, and every row has two text fields. For example, if you just want a list of pages the matching text appears in, you can use the following line: value of text field 1 of every row of table 1 of scroll area 1 of group 1 of drawer 1 of window 1 The following is the entire script: activate application "Preview" tell application "System Events" tell process "Preview" value of text field 1 of every row of table 1 of scroll area 1 of group 1 of drawer 1 of window 1 end tell end tell --> {"1", "1", "1", "3", "5"}

would increment line by four instead of by one. In both cases, line would start off pointing to line[0], and after the statement line++, line would point to line[1]. Take a look at this code:

AppleScript offers a few consideration attributes that do string comparison. They are (in alphabetical order) case, diacriticals, hyphens, expansion, numeric strings (new in OS X 10.4), punctuation, and white space. By default, when comparing strings, AppleScript ignores case and numeric strings but considers the rest. These attributes as a group are sometimes overlooked and underrated, but they can play a major role in your scripts, as you re about to see.

Summary

char float double charPtr; floatPtr; doublePtr;

All the following samples are part of Script 3-2.

charPtr++; floatPtr++; doublePtr++;

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Let s start with a simple example of the case clause To use the case attribute, or any other consideration attribute, you have to wrap your statement in the following way, using either the word ignoring or the word considering, depending on your intention: considering case "A" = "a" end considering The result of the preceding script snippet is false The default AppleScript behavior is to ignore the case of characters, so asking AppleScript to consider the case of characters will yield a different result Simply stating the following: "A" = "a" returns true, and since AppleScript ignores characters cases by default, the following statement returns true as well: ignoring case "A" = "a" end ignoring] In a recent project, I had to add a feature to a system that would determine whether the content of a Microsoft Excel sheet had changed.

In this chapter, we explored functions and arrays, which are subtypes of the object value type. JavaScript functions are first-class objects, which is to say they are values that can be expressed with function literal notation. Functions also provide local scope. The diverse array of function techniques we explored in this chapter derive from those two distinctive features. I expanded on 5 s discussion of inheritance by showing how to pass on functions to child objects. This technique allows you to build scripts for all sorts of purposes, including conditional advance loading, lazy loading, recursion, function borrowing, and currying. All of these cunning tricks have their place in a JavaScript application and make life a lot easier when you have to make a snappy and useful application. You ve learned a lot of advanced programming techniques in this chapter, maybe without realizing it, which will stand you in good stead for the chapters to come. We also explored methods that all arrays inherit by way of the prototype chain from Array.prototype. Some of those like pop() and splice() modify, which is to say mutate, the array they are invoked upon. Others like slice() or join() query an array in order to return a new value, but do not modify the array. Those inherited methods, along with the length member, differentiate the array subtype from the object type.

In the last three statements, charPtr gets incremented by 1 byte, floatPtr gets incremented by 4 bytes, and doublePtr gets incremented by 8 bytes (assuming 1-byte chars, 4-byte floats, and 8-byte doubles). This is an extremely important concept to understand. If it seems fuzzy to you, go back and reread this sidebar, and then write some code to make sure you truly understand how pointers work, especially as they relate to arrays.

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