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let specs = [ ("-server", Arg.String (fun x -> ipadd := x),": IP address of the server"); ("-port", Arg.Int (fun x -> port := x),": Port number to use"); ("-query",Arg.String (fun x -> action := (Query x)),": Query a word"); ("-count",Arg.Int (fun x -> count := x),"What is the count"); ("-spam", Arg.String (fun x -> action := (Spam x)), ": Update a spam word (requires -score)"); ("-ham",Arg.String (fun x -> action := (Ham x)), ": Update a ham word (requires -score)"); ];; let _ = Arg.parse specs (fun x -> ()) usage in let _ = Spam_server.Client.connect !ipadd !port in let _ = match !action with Query m -> Printf.printf "%s is %f spam\n" m (Spam_server.Client.query m) | Spam m -> let n = Spam_server.Client.spam m !count in Printf.printf "OK!\n" | Ham m -> let n = Spam_server.Client.ham m !count in Printf.printf "OK!\n" in Spam_server.Client.disconnect ();;

This code uses the column definitions from the first line of the CSV file to create the table column definitions and determine the order of the fields. This way, you won t need to rely on fixed CSV file layouts or fixed table definitions. Specifically, the ActiveRecord::Schema.define method is used to create a schema definition. The program has a hard-coded list of date, float, and string fields, but they aren t exhaustive, since PayPal can change the format at any time. In a production environment, you would likely use a fixed schema. However, this approach is very flexible and will work through simple format changes. In fact, the loading portion contains very little code that is specific to the PayPal format, so you could fairly easily use it on another CSV file; the code would create a simple schema to represent it. Next, the remaining lines of the CSV file contain data, so each line following the first should be entered into the database, assuming it hasn t already been entered:

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This is the final stop on the page cycle and is responsible for generating the markup that will be delivered back to the user s browser. The page controls will be asked to call their RenderControl() method to emit the necessary HTML for inclusion in the final page. We discuss the page life cycle in the context of Ajax development so that you can appreciate that when you re bypassing typical IIS actions for server interaction, you re really avoiding a LOT of overhead. Ajax calls can be made asynchronously or synchronously, depending on your application requirements. Either way, both avoid the typical postback trap. When using a majority of the preexisting Ajax-oriented libraries that are available across the web, you ll find that the same pattern exists when examining a generalized data-retrieval process. Figure 3-2 demonstrates a typical Ajax call.

Using OCamlMakefile, a small makefile can be constructed to build the example commandline client. Assuming that you have saved the command-line client in a file called client_app.ml, the following OcamlMakefile should work for you (you might need to change the include line and point that to where you have installed the OCamlMakefile):

else if PaypalTransaction.count_by_sql("SELECT COUNT(*) FROM paypal_transactions WHERE transaction_id ='" << line[cols[ 'Transaction ID'.columnize ] ] <<

At the heart of all this interaction is the XmlHttpRequest object. It is the primary driver for most things Ajax, and it s in your best interest to fully understand what the object does for you when using this technology. As you may recall from the first chapter, Microsoft released the XmlHttpRequest as an ActiveX object to facilitate the transfer of data in the soon-to-be popular XML format. However, browser support for the object was pretty lame on non-IE platforms, so the tool never really took off. Today, there is widespread support for XHR activity. This is a good news/bad news situation though. The good news is that modern Mozilla spin-offs (i.e., Netscape and

SOURCES = spam.mll spam_server.ml client_app.ml RESULT = client all: native-code PACKS: unix -include /opt/godi/share/OCamlMakefile This code builds an executable, which can be used to query and update the server. The command-line client can be used alongside other clients without interfering. It produces the following output (assuming that the server is running): josh@sputnik ~/de-spam $ ./client -query hello -server 192.168.1.26 -port 8889 hello is 0.010000 spam

"';")==0 PaypalTransaction.new do |transaction| cols.each do |field_name, field_position| transaction.send("#{field_name }=", line[field_position]) end transaction.save end end end end

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