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The information is the same, but they are differentiated by their syntax and descriptors. To understand the file layout, we must first understand the underlying notation. JSON descriptors contain these general elements: Objects: They begin and end with braces ( {} ). Object members: They re name-value pairs, separated by a colon (:). Multiple object members are separated by a comma (,). Arrays: They begin and end with braces ([]), and their corresponding values are separated by a comma (,). Values: They could be strings, numbers, objects, arrays, or literal values (true, false, or null). Strings: They re surrounded by double quotes and should contain Unicode characters or backslash escape characters. There are some things that you ll want to bear in mind when you re comparing or converting XML to JSON: You ll want to have at least one top-level object that will represent the response. In our previous data sample, we named our top-level object Results. Nested complex XML elements become nested objects. XML attributes will convert to name-value pairs. Simple XML elements will become name-value pairs. Repeated elements (computer from our data example) will become arrays. Now that we know the file structure, let s put that knowledge to use by actually parsing a JSON file and making use of the rendered object. 1. Create a new WebSite project and name it JSONFile. 2. Rename the Default.aspx file to GetJSON.aspx. 3. You ll need to add a JSON.txt file in much the same fashion as you did with the previous XML file. Right-click the WebSite, select Add New Item, and select Text File. 4. Save the text file as JSON.txt. 5. Within JSON.txt, add the following text and then save all of the site files: {"Results": { "total_computers": "2", "computer": [ { "Manufacturer":"Dell", "Model":"Latitude", "Price":"1650" },

require 'active_record' require 'erubis' ActiveRecord::Base.establish_connection( :adapter => 'mysql', :host => 'localhost', :username => 'your_mysql_user_name', :password => 'your_mysql_password', :database => 'sugarcrm') path_to_ps2pdf = '/some/path/to/ps2pdf' # Insert your path to ps2pdf here. # Note that ps2pdf should be included # with your Ghostscript distribution. # Insert your path to html2ps here.

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The lexer for this example is pretty simple. The two keywords (set and unset) have been defined, as well as associated tokens such as = and ;. { (* this is the header *) open Config_parser let update_position lex_buf = let pos = lex_buf.Lexing.lex_curr_p in lex_buf.Lexing.lex_curr_p <- { pos with Lexing.pos_lnum = pos.Lexing.pos_lnum + 1; Lexing.pos_bol = pos.Lexing.pos_cnum };; } (* body comments use a different style than Ocamlyacc *) rule tokens = parse [' ' '\t' ] { tokens lexbuf } | '\n' { update_position lexbuf;tokens lexbuf } | "set" { SET } | "unset" { UNSET } | ['a'-'z']['a'-'z' 'A'-'Z' '0'-'9']* as var_name { VAR_NAME(var_name) } | '=' { EQUAL } | ';' { SEMI } | eof { EOF } | '#' { comments lexbuf } and comments = parse '\n' { tokens lexbuf } | eof { EOF } | _ { comments lexbuf } { (* this is the trailer *) let load_file f_name = let lb = Lexing.from_channel (open_in f_name) in Config_parser.main tokens lb;; }

path_to_html2ps = '/some/path/to/html2ps' # # # # #

{ "Manufacturer":"Dell", "Model":"Inspiron", "Price":"1850" } ] } } Your WebSite file structure should resemble Figure 3-13.

The parser builds a list of pairs from the set variables. This parser processes the entire file until a syntax error or the end of the file is encountered. %{ (* This is the header *) (* comments here work like normal *) (* define the parse error function *) let parse_error msg = print_string msg %} %token SET UNSET EQUAL EOF SEMI %token <string> VAR_NAME %start main %type< (string * string) list > main %% main: vars EOF { $1 } ; /** but comments here do not */ vars: SET VAR_NAME EQUAL VAR_NAME SEMI { [($2,$4)] } | UNSET VAR_NAME EQUAL VAR_NAME SEMI { [] } | vars SET VAR_NAME EQUAL VAR_NAME SEMI { ($3,$5) :: $1 } | vars UNSET VAR_NAME EQUAL VAR_NAME SEMI { List.remove_assoc $3 $1 } ; %% (* The trailer is here. This section is just copied verbatim. the %% are not required if you don't have anything in here *)

Windows can't run Perl scripts directly, so Windows users should preface their html2ps path with their Perl path, so that it looks something like this: path_to_html2ps = 'C:\perl\bin\perl.exe" "c:\path\to\html2ps'

As before, the web.config file will be added when we run the site for the first time. We now need to add the appropriate code to the .aspx file (HTML source view). Much of the code can be copied and pasted from the previous XML sample application. Ultimately your .aspx code should be as follows: <%@ Page Language="C#" AutoEventWireup="true" CodeFile="GetJSON.aspx.cs" Inherits="GetJSON" %> <!DOCTYPE html PUBLIC "-//W3C//DTD XHTML 1.0 Transitional//EN" "http://www.w3.org/TR/xhtml1/DTD/xhtml1-transitional.dtd"> <html xmlns="http://www.w3.org/1999/xhtml" > <head id="Head1" runat="server"> <title>JSON Reader</title>

Just as in the simple example, you need to process the files in a certain order. /home/josh $ ocamlyacc.exe config_parser.mly /home/josh $ ocamlc.exe -c config_parser.mli /home/josh $ ocamlc.exe -c config_parser.ml /home/josh $ ocamllex.exe config_lexer.mll 5 states, 258 transitions, table size 1062 bytes /home/josh $ ocamlc.exe -c config_lexer.ml /home/josh $ ocamlmktop -o test.exe config_parser.cmo config_lexer.cmo /home/josh $ ./test.exe Objective Caml version 3.09.0

# # # # # #

# Config_lexer.load_file "config.txt";; - : string * string list = [("world","hello");("hello","stuff")] # Once processed, you now have a library that can load simple configuration files.

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