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</head> <script type="text/javascript" language="javascript"> var xmlhttp = false; getHTTPRequestObject(); function getHTTPRequestObject() { try { // Try legacy object first xmlhttp = new ActiveXObject("Msxml2.XMLHTTP"); } catch(e) { try { // Try IE implementation now xmlhttp = new ActiveXObject("Microsoft.XMLHTTP"); } catch(E) { xmlhttp = false; } } if(!xmlhttp && typeof XmlHttpRequest!= 'undefined') { // We must be using a Mozilla-based browser // so create a native request object now xmlhttp = new XmlHttpRequest(); } } function callback() { if(xmlhttp.readyState == 4) { if(xmlhttp.status == 200) { // Convert our JSON text into JavaScript Object eval("var objResults =" + xmlhttp.responseText); var displaytext = ""; // Iterate through the computer object array // parsing each property into the string that // we'll dump into the DIV's inner HTML property

Note the double quotes after perl.exe and before the script file name. This ensures that the string is interpolated like this: "c:\perl\bin\perl.exe" "c:\path\to\html2ps" Without the extra double quotes, Windows will look for a program

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Backus-Naur Form (BNF) is a way to describe a given language in a formal and mathematical way. It got its name from John Backus, who used it to describe the Algol 60 language, and from Peter Naur, who popularized the notation (although he is very modest about his role). It is intended as a way to describe programs so that programs can generate code conforming to the specification. Yacc, the compiler compiler, is the most famous example of this. Yacc (and its derivatives) use BNF to describe their rules, and looking at a BNF is pretty close to looking at the Yacc code to generate a compiler for the language. BNF and its older cousin, Extended Backus-Naur Form (EBNF), are based on the same notation. EBNF includes operators for recursion and globing, so it is far more convenient and popular. Most BNF listings that you see will be EBNF for this reason. In the next chapter, there is an EBNF description of the parser used in the example.

# named "C:\perl\bin\perl c:\path\to\html2ps", and since that # does not exist, it will cause problems.

for (var i=0; i < objResults.Results.computer.length; i++) { displaytext += objResults.Results.computer[i].Manufacturer + " " + objResults.Results.computer[i].Model + ": $" + objResults.Results.computer[i].Price + "<br>"; } var finddiv = document.getElementById("divResponse"); finddiv.innerHTML = displaytext; } } } function btnClick() { // Retrieve the JSON text from the local file. xmlhttp.open("GET", "JSON.txt", true); xmlhttp.onreadystatechange = callback; xmlhttp.send(null); } </script> <body> <form id="form1" runat="server"> <input id="btnGetJSON" type="button" value="Get JSON" onclick="btnClick();" /> <div id="divResponse"></div> </form> </body> </html> After entering the code or downloading the sample project, running it will display a simple Get JSON button. As we did with the Get XML project, clicking the button will use the XmlHttpRequest object to dynamically retrieve our file. The results are parsed and pumped back out to the user s browser, as shown in Figure 3-14.

# let c = new imperative_cerc;; val c : '_a imperative_cerc = <obj> # c#add_item 10;; - : unit = () # c#add_item 11;; - : unit = () # c#add_item 12;; - : unit = () # c#item;; - : int = 10 # c#next;; - : unit = () # c#next;; - : unit = () # c#item;; - : int = 12 # c#next;; - : unit = () # c#item;; - : int = 10 # c;; - : int imperative_cerc = <obj> # You have taken an impure set of operations and data and encapsulated it into a class. This class is easy to use, especially for programmers who are more comfortable in an imperative context. Encapsulation doesn t have to be imperative. You can recode this class into a more purely functional form using the functional objects semantics available in the object system. The following signature shows one of the biggest differences between the imperative and the functional example: many methods in the functional example return an object of the same type as itself. class ['a] functional_cerc : object ('b) val data_array : 'a array val index : int method add_item : 'a -> 'b method empty : 'b method item : 'a method iter : ('a -> unit) -> unit method map : ('a -> 'c) -> 'c array method next : 'b method prev : 'b end The preceding signature shows the implementation code. There are no mutable data values in this implementation. None of the methods changes the state of the object.

class User < ActiveRecord::Base has_many :meetings, :foreign_key=>:assigned_user_id def reward Reward.find(:first, :conditions=>['meeting_count < ', self.meetings.count], :order=>'meeting_count DESC', :limit=>1) end end class Meeting < ActiveRecord::Base belongs_to :users, :foreign_key=>:assigned_user_id end class Reward < ActiveRecord::Base end html = '<html> <body> <h1>Salesperson Reward Report</h1> <table> <tr> <th>Name</th> <th>Meetings</th> <th>Reward</th> </tr> '

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