moved the newly literate program scribbled docs for the chat noir into the actual docs for the games collection

svn: r13761

collects/games/chat-noir/chat-noir-doc.ss

@@ -1,3 +1,8 @@
 #lang scribble/doc
-@(require "literate-doc-wrapper.ss")
+@(require scribble/lp-include scheme/include)
+;; HACK: use a fake `module', which makes it possible to include a module
+;; and get only its code in.
+@(define-syntax-rule (module name base body ...)
+   (begin body ...))
+
 @(include "chat-noir-literate.ss")

collects/games/chat-noir/chat-noir-literate.ss

@@ -10,6 +10,7 @@ mzc chat-noir-doc.ss && rm -rf chat-noir-doc && scribble ++xref-in setup/xref lo
 
 }
 
+@;{would like to have [#:style 'toc] in the next line ... }
 @title{Chat Noir}
 
 @author[(link "http://www.eecs.northwestern.edu/~robby" "Robby Findler")
@@ -41,7 +42,7 @@ the Chat Noir game in a
 @section{Overview}
 
 Chat Noir is implemented using @link["http://www.htdp.org/"]{HtDP}'s universe
-library:  @schememodname[teachpack/2htdp/universe] 
+library:  @schememodname[2htdp/universe] 
 (although it only uses the ``world'' portions of that library). 
 The program is divided up into
 six parts: the world data definition, an implementation of breadth-first search,
@@ -64,7 +65,8 @@ and some code that builds an initial world and starts the game.
        <go>]
 
 Each section also comes with a series of test cases that are collected into the 
-@chunkref[<tests>] chunk at the end of the program.
+@scheme[<tests>]
+chunk at the end of the program.
 
 @chunk[<tests>
        <test-infrastructure>
@@ -461,7 +463,7 @@ and returns a @scheme[distance-table].
 
 As you can see, the first thing it does is bind the free variable in @scheme[bfs]
 to the result of calling the @scheme[neighbors] function (defined in the chunk
-@chunkref[<neighbors>]) and then it has the @chunkref[<bfs>] chunk. In the body
+@scheme[<neighbors>]) and then it has the @scheme[<bfs>] chunk. In the body
 it calls the @scheme[bfs] function 
 and then transforms the result, using
 @scheme[hash-map], into a list of @scheme[cell]s.

collects/games/scribblings/chat-noir.scrbl

@@ -1,69 +1,7 @@
 #lang scribble/doc
-@(require "common.ss")
-@(require scheme/runtime-path (for-syntax scheme/port scheme/base scheme/path))
-@(define-runtime-path cn "../chat-noir/chat-noir.ss")
+@(require scribble/lp-include scheme/include)
+@;{ HACK: use a fake `module', which makes it possible to include a module and get only its code in.}
+@(define-syntax-rule (module name base body ...)
+   (begin body ...))
 
-@gametitle["Chat Noir" "chat-noir" "Puzzle Game"]
-
-The goal of the game is to stop the cat from escaping the board. Each
-turn you click on a circle, which prevents the cat from stepping on
-that space, and the cat responds by taking a step. If the cat is
-completely boxed in and thus unable reach the border, you win. If the
-cat does reach the border, you lose.
-
-To get some insight into the cat's behavior, hold down the ``h''
-key. It will show you the cells that are on the cat's shortest path to
-the edge, assuming that the cell underneath the mouse has been
-blocked, so you can experiment to see how the shortest paths change
-by moving your mouse around.
-
-The game was inspired by this one the one at
-@link["http://www.gamedesign.jp/flash/chatnoir/chatnoir.html"]{Game
-Design} and has essentially the same rules. It also inspired the final
-project for the introductory programming course at the University of
-Chicago in the fall of 2008.
-
-@;{
-
-This is commented out, waiting for the literate programming stuff.
-
-This game is written in the
-@link["http://www.htdp.org/"]{How to Design Programs}
-Intermediate language. It is a model solution to the final project for
-the introductory programming course at the University of Chicago in
-the fall of 2008, as below.
-
-@(define-syntax (m stx)
-   (call-with-input-file
-       (build-path (path-only (syntax-source stx))
-                   'up "chat-noir" "chat-noir.ss")
-     (lambda (port)
-       (port-count-lines! port)
-       #`(schemeblock
-          #,@
-          (let loop ()
-            (let* ([p (peeking-input-port port)]
-                   [l (read-line p)])
-              (cond
-                [(eof-object? l) '()]
-                [(regexp-match #rx"^[ \t]*$" l)
-                 (read-line port)
-                 (loop)]
-                [(regexp-match #rx"^ *;+" l)
-                 =>
-                 (lambda  (m)
-                   (let-values ([(line col pos) (port-next-location port)])
-                     (read-line port)
-                     (let-values ([(line2 col2 pos2) (port-next-location port)])
-                       (cons (datum->syntax 
-                              #f
-                              `(code:comment ,(regexp-replace* #rx" " l "\u00a0"))
-                              (list "chat-noir.ss" line col pos (- pos2 pos)))
-                             (loop)))))]
-                [else
-                 (cons (read-syntax "chat-noir.ss" port)
-                       (loop))])))))
-     #:mode 'text))
-
-@m[]
-}
+@(include "../chat-noir/chat-noir-literate.ss")

collects/scribble/lp-include.ss

@@ -3,10 +3,10 @@
 ;; Use this module to create literate doc wrappers -- files that require the
 ;; literate code in a way that makes it a scribble file.
 
-(provide include chunk chunkref
-         (all-from-out scribble/manual))
+(provide chunk (all-from-out scribble/manual))
 
-(require scribble/manual scribble/decode scribble/struct scheme/include
+(require scribble/manual scribble/decode scribble/struct
+         scribble/scheme
          (for-syntax scheme/base syntax/boundmap))
 
 (begin-for-syntax
@@ -29,19 +29,23 @@
      (identifier? #'name)
      (let ([n (get-chunk-number #'name)]
            [str (symbol->string (syntax-e #'name))])
-       (with-syntax ([tag (if (n . > . 1) (format "~a:~a" str n) str)]
-                     [(more ...) (if (n . > . 1)
-                                     #`((subscript (smaller #,(format "~a" n))))
-                                     #`())]
+       (if (n . > . 1)
+           #'(void)
+           (with-syntax ([tag str]
                          [str str])
-         #`(make-splice
+             #`(begin
+                 ;; ---- This is the new part --------
+                 (define-syntax name (make-element-id-transformer
+                                      (lambda (stx) #'(chunkref name))))
+                 ;; ----------------------------------
+                 (make-splice
                   (list (make-toc-element
                          #f
                          (list (elemtag '(chunk tag)
                                         (bold (italic (scheme name)) " ::=")))
                          (list (smaller (elemref '(chunk tag) #:underline? #f
-                                           str more ...))))
-                  (schemeblock expr ...)))))]))
+                                                 str))))
+                        (schemeblock expr ...)))))))]))
 
 (define-syntax (chunkref stx)
   (syntax-case stx ()
@@ -49,9 +53,3 @@
      (identifier? #'id)
      (with-syntax ([str (format "~a" (syntax-e #'id))])
        #'(elemref '(chunk str) #:underline? #f str))]))
-
-;; HACK: provide a fake `module', which makes it possible to include a module
-;; and get only its code in.
-(provide module)
-(define-syntax-rule (module name base body ...)
-  (begin body ...))