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To make operations on the data easier, you should first define some types to handle the data. These types encode the different kinds of ports and peer connections/servers that the log file describes. The types also encode information about each kind of log entry, which enable you to write functions to operate on these various log file entries. You can write the type definitions in a separate file (named mll_types.ml) to make things easier for you later. If you defined them in the lexer file, you might run into circular dependencies, so you should avoid doing this. The circular dependencies can come into play when you have types defined in the lexer that are needed by the parser. By putting them in their own file, you make sure that the types are available to all code in the order needed. type port = Port of int | Siteport of int * int * string type date_host = { date:string ; host:string } type client = { c_id: int; c_port: port } type other_side = Client of client | Peer of string type log_entry = Connected of (date_host * other_side * string) | Heartbeat of (date_host * other_side) | Command of (date_host * client * string) | Disconnect of (date_host * other_side * string) The lexer is short and should be put in lexer.mll. It defines the tokens and the keywords that you will be using. Remember the restrictions associated with ocamllex (especially the limitations on keywords). Because you have only a few keywords, you do not have to use a lookup table. However, if you have many (hundreds) of keywords, you probably want to use a lookup table for them. { exception Eof open Mll_types open Parser }

switch (sUriMatcher.match(uri)) { case INCOMING_BOOK_COLLECTION_URI_INDICATOR: case INCOMING_SINGLE_BOOK_URI_INDICATOR: default: throw new IllegalArgumentException("Unknown URI " + uri); }

SchemeRegistry schReg = new SchemeRegistry(); schReg.register(new Scheme("http", PlainSocketFactory.getSocketFactory(), 80)); schReg.register(new Scheme("https", SSLSocketFactory.getSocketFactory(), 443)); ClientConnectionManager conMgr = new ThreadSafeClientConnManager(params,schReg); return new DefaultHttpClient(conMgr, params); } public HttpClient getHttpClient() { return httpClient; } private void shutdownHttpClient() { if(httpClient!=null && httpClient.getConnectionManager()!=null) { httpClient.getConnectionManager().shutdown(); } } }

Notice how the match method returns the same number that was registered earlier. The constructor of UriMatcher takes an integer to use for the root URI. UriMatcher returns this number if there are neither path segments nor authorities on the URL. UriMatcher also returns NO_MATCH when the patterns don t match. You can construct a UriMatcher with no root-matching code; in that case, Android initializes UriMatcher to NO_MATCH internally. So you could have written the code in Listing 3 31 as follows instead:

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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;;

static { sUriMatcher = new UriMatcher(); sUriMatcher.addURI(BookProviderMetaData.AUTHORITY , "books" , INCOMING_BOOK_COLLECTION_URI_INDICATOR); sUriMatcher.addURI(BookProviderMetaData.AUTHORITY , "books/#", INCOMING_SINGLE_BOOK_URI_INDICATOR); }

// HttpActivity.java import java.net.URI; import import import import org.apache.http.HttpResponse; org.apache.http.client.HttpClient; org.apache.http.client.methods.HttpGet; org.apache.http.util.EntityUtils;

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