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rule tokens = parse [' ' '\n']+ {tokens lexbuf} | '[' { R_BRAKET } | ']' { L_BRAKET } | '#' { SHARP } | ['0'-'9' '-']+[' ']+['0'-'9' ':']+ { TIME(Lexing.lexeme lexbuf) } | ['0'-'9']+ { NUMBER(int_of_string(Lexing.lexeme lexbuf)) } | "\tBEGIN_MESSAGE:" { messages lexbuf } | ":END_MESSAGE" { tokens lexbuf } | "\tAUDIT:" { audit lexbuf } | "heartbeat received from" { HEARTBEAT } | "connected" { CONNECTED } | "command" { COMMAND } | "disconnected" { DISCONNECTED } | "peer" { PEER } | "port" { PORT } | "client" { CLIENT } | ['0'-'9'] ['0'-'9'] ['0'-'9']'.'['0'-'9'] ['0'-'9'] ['0'-'9']'.'['0'-'9'] ['0'-'9'] ['0'-'9']'.'['0'-'9'] ['0'-'9'] ['0'-'9'] { IP_ADDR (Lexing.lexeme lexbuf) } | '/' { SLASH } | ['A'-'Z']['A'-'Z'] { ADDR(Lexing.lexeme lexbuf) } | ['a'-'z' 'A'-'Z']+ { SERVER(Lexing.lexeme lexbuf) } | eof { raise Eof } and messages = parse ":END_MESSAGE" { tokens lexbuf } | [' ' 'a'-'z' 'A'-'Z' '0'-'9' '\n']+ { MESSAGE(Lexing.lexeme lexbuf) } and audit = parse '\n' { tokens lexbuf } | [^ '\n']+ { audit lexbuf } For this example, you write the application code into the lexer, which saves you from having another file to implement this code. It is not really much of a savings, except that it enables you to edit most of the logic close to the lexer. The only action these functions perform is to print out the data (but you can write any action on these types if you want). { Let ic = open_in "mll.txt";; let lb = Lexing.from_channel ic;; let next () = tokens lb;;

When you run that command, the script creates a directory called player_graph_pics and creates one graph for each player. The graphs are saved in PNG format as player_1, player_2, and so forth. You can see two of the graphs in Figures 3-3 and 3-4.

Most application architecture guides follow a simple yet universal pattern when describing n-tier application patterns. Figure 4-2 demonstrates a generic template that illustrates how our corporate example mirrors that of tiered software development.

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let _ = try while true do let m = Parser.main tokens lb in match m with Connected (q,r,s) -> Printf.printf "Connect! %s\n" s | Heartbeat (q,r) -> Printf.printf "Heartbeat! %s\n" q.host | Command (q,r,s) -> Printf.printf "Command %s\n" s | Disconnect (q,r,s) -> Printf.printf "Disconnect %s\n" q.host done with Eof -> close_in ic | Parsing.Parse_error -> Printf.printf "Between location %i and %i\n" (Lexing.lexeme_start lb) (Lexing.lexeme_end lb); close_in ic; exit(1) | Failure(x) -> Printf.printf "Between location %i and %i\n" (Lexing.lexeme_start lb) (Lexing.lexeme_end lb); close_in ic; exit(1);; } In parser.mly, the parser is where the actual rules for handling the tokens are defined. Some of the actions look complicated, largely because of the large and complex types you are using. In this example, the parser passes full formed types to the application. It could just send a sequence of strings or other built-in types. You will often pass some composite types to your applications from the parser. The following code might take some time to understand if you are not familiar with reading ocamlyacc files. The limitations of typography in displaying the code can also hinder understanding.

logs. 10 also covers using .rpdf views to embed those graphs in a PDF file, which is probably a more convenient way to e-mail graphs than as PNG files.

%{ let parse_error s = print_endline s;; %} %token R_BRAKET L_BRAKET SHARP HEARTBEAT CONNECTED %token PORT CLIENT SLASH COMMAND DISCONNECTED PEER %token <int> NUMBER %token<string> ADDR SERVER MESSAGE AUDIT TIME IP_ADDR %type<Mll_types.log_entry> main %start main %%

OK, so that is one fancy diagram, but what does it mean Without being entirely verbose, let s try to describe this process as it would relate to a simple web application built in ASP .NET. As the application is built, it will begin to shape the application structure in Figure 4-2 into a customized representation of the n-tier application as shown in Figure 4-3.

The bulk of the program in Listing 3-4 consists of a loop that iterates through each player in the database, creating a report and writing it to a file:

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