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example uses objects to encapsulate the imperative operations, you also can use the module system to do it. The signature for the class follows. This is a parameterized class because you will be dealing with different types of lists, and methods cannot be polymorphic. This implementation is an imperative implementation and is not pure in a functional sense. class ['a] imperative_cerc : object val mutable data_array : 'a array val mutable index : int method add_item : 'a -> unit method empty : unit method item : 'a method iter : ('a -> unit) -> unit method map : ('a -> 'b) -> 'b array method next : unit method prev : unit end Following is the implementation code for the imperative_cerc class. Note the mutable data values. class ['a] imperative_cerc = object(s) val mutable data_array = [||] val mutable index = 0 method item = try data_array.(index) with Invalid_argument "index out of bounds" -> raise Not_found method add_item (x: 'a) = data_array <- Array.concat [data_array;[|x|]] method next = let newindex = index + 1 in match newindex with n when n < Array.length data_array -> index <- newindex | _ -> index <- 0 method prev = let newindex = index - 1 in match newindex with n when n > 0 -> index <- newindex | _ -> index <- (Array.length data_array) - 1 method iter (x:('a -> unit)) = Array.iter x data_array method map : 'b . ('a -> 'b) -> 'b array = fun f -> Array.map f data_array method empty = data_array <- [||];index <- 0 end When you now use this code from the toplevel, after you create the instance of this class, the types are not concrete yet (denoted by the '_a type in response).

Inside this loop, the code is split into two parts. The first handles the first line of the CSV file, which contains a list of column labels.

OK, you should already know this stage. This is the page s Load event that you ve become quite accustomed to by now. Viewstate and posted back data has been properly loaded and assigned by the time this event has fired.

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Using OCamlMakefile, a small makefile can be constructed to build the example commandline server. Note the THREADS variable, which is required for the compilation to succeed (threaded programs need this variable in the OCamlMakefile). SOURCES = spam.mll spam_server.ml server.ml RESULT = server THREADS = yes PACKS: unix all: native-code -include /usr/local/share/OCamlMakefile The server can be run from the command line (remember to supply the correct server IP address and ports for your system). This server should run unmodified on Win32 and Linux. Unfortunately, a server all by itself is of limited usefulness you ll need a client, too.

if first first=false line.each_with_index do |field_name, field_position| next if field_name.strip =='' cols[field_name.columnize] = field_position end

During this postback-only event, you ll have individual control events that will trigger and look for posted-back data. For instance, you may have a textbox with modified data and the TextChanged event would fire during this phase of the page cycle.

You probably want to use client functions instead of making developers develop their own. This is easier than it sounds, and the signature shows that the client module can be kept quite short. type token_type = Spam of string | Query of string | Ham of string module Client: sig val connect: string -> int -> unit val query: string -> float val ham: string -> int -> int val spam: string -> int -> int val disconnect: unit -> unit end;; The implementation is only a little bit longer and is stored in the same file as the server code to make things easier. module Client = struct let cons = ref (stdin,stdout) let connect ip portnum = let sockadd = Unix.ADDR_INET((Unix.inet_addr_of_string ip),portnum) in let c = Unix.open_connection sockadd in cons := c let query tok = Printf.fprintf (snd cons.contents) "Query %s\n" tok;flush (snd cons.contents); Scanf.fscanf (fst cons.contents) "|%f|\n" (fun x -> x) let ham tok count = Printf.fprintf (snd cons.contents) "Ham %s %d\n" tok count;flush (snd cons.contents); Scanf.fscanf (fst cons.contents) "|%d|\n" (fun x -> x)

This loop creates a list of columns, along with their positions in the index. The second part of the loop uses this list of column names to create a table to store the data in if it does not already exist.

let spam tok count = Printf.fprintf (snd cons.contents) "Spam %s %d\n" tok count;flush (snd cons.contents); Scanf.fscanf (fst cons.contents) "|%d|\n" (fun x -> x) let disconnect () = Unix.shutdown_connection (fst cons.contents) end;; You can provide a working command-line client. The command-line interface to the client module is actually longer than the module itself. type action_type = Query of string | Spam of string | Ham of string;; let usage = "client [- ] [-server IP_ADDRESS] [-port PORT_NUMER] [-query WORD] (-spam WORD | -ham WORD)] [-count INT] \n";; let let let let ipadd = ref "192.168.1.26";; port = ref 8889;; action = ref (Query "chess");; count = ref 0

The new page viewstate is assembled, and during the render phase, it will be parsed as a hidden field value.

unless PaypalTransaction.table_exists ActiveRecord::Schema.define do create_table PaypalTransaction.table_name do |t| cols.each do |col, col_index| if date_fields.include (col) t.column col, :date elsif float_fields.include (col) t.column col, :float else t.column col, :string end end end end end

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