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You already saw the concatenation operator at work, but now you ll look at a couple of issues with it Concatenating strings returns a string result That makes sense What else would it return Well, try the following in a new script window: set the_price to "$" & 6 The result is $6 The difference here is that you concatenated a string to a number AppleScript took the liberty to coerce the number into text, so the result is the same as if you had treated the 6 as text in this way: set the_price to "$" & "6" You get the same result However, let s see what happens when you switch places: set the_price to 6 & " Dollar" The result this time is different.

The lowercase version of I is , not i. Conversely, the uppercase version of i is , not I. So for Turkish, toLowerCase() and toLowerCase() would mess up the i pairings. For Turkish and other alphabets with dotted and dotless i versions such as Azerbaijani, Kazakh, Tatar, and Crimean Tatar, JavaScript provides a second pair of methods, toLocaleLowerCase() and toLocaleUpperCase(), which get the i conversions right: "I".toLowerCase(); // "i" "i".toUpperCase() // "I" "I".toLocaleLowerCase(); // " " "i".toLocaleUpperCase() // " "

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Since the first operand (the item you operate on) is a number and not a string, AppleScript figures that it is safer to return a list instead of a string The result then is a list of two items, a number and a string: {6, " Dollar"} To prevent that from happening, you have to include a coercion operator: as The operator coerces the resulting value into a different value class In this case, you should first coerce the number to a string, like this: set the_price to (6 as string) & " Dollar" Now the result is a single string 6 Dollar just as you wanted..

When you send your .c file to the compiler, the compiler first invokes a preprocessor, asking it to go through the source code file and perform a series of tasks to prepare the source code for the actual compilation. Here s a link to an excellent Wikipedia article that describes the C preprocessor:

Take care! A common mistake here is to join the two values using the following: 6 & " Dollar" as string This may seem to work OK sometimes, but it hides a nasty bug because it works by first creating a two-item list, {6, "Dollar"}, and then coercing that list to a string. If AppleScript s text item delimiters property (which you ll meet shortly) is set to any value except an empty string, you ll find extra characters mysteriously inserted into the result! To avoid such unpleasant surprises, always write it as (6 as string) & " Dollar" instead.

One of the last things the preprocessor does is to scan the file for preprocessor directives. One preprocessor directive you ve already experienced is the #include directive. Another preprocessor directive, the #define (pronounced pound-define ), tells the compiler to substitute one piece of text for another throughout your source code. This statement

What about the other operators Well, many operators compare either two strings or pieces of a string to other strings. These operators are =, , >, , <, , starts with, ends with, contains, and is in. Let s start with the simple ones. It s easy to understand how you can see whether strings are equal; consider the following operations. This one: "Ice cream" = "carrot" returns false. And this one: "Me" "You" returns true. Incidentally, AppleScript allows each of these operators to be written in any of several ways: as symbols, words, or phrases. This makes no difference to how your script runs, but it does allow you to write your code in whichever style you think reads best. Script 3-1 shows the various alternatives, or synonyms, AppleScript provides. Script 3-1. "Ice "Ice "Ice "Me" "Me" cream" cream" cream" is not is not is "carrot" equals "carrot" is equal to "carrot" "You" equal to "You"

tells the compiler to substitute the character 6 every time it finds the text kMaxPlayers in the source code. kMaxPlayers is known as a macro. As the preprocessor goes through your code, it enters all the #defines into a list, known as a dictionary, performing all the #define substitutions as it goes.

Note toLocaleLowerCase() and toLocaleUpperCase() convert case based on your OS settings. You d have to change those settings to Turkish for the previous sample to work. Or just take my word for it!

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