[elpa] externals/parser-generator 7eb8cab 397/434: Small fixes to documentation about syntax analysis

[ELPA Syncer]

branch: externals/parser-generator
commit 7eb8cab8e2e9646aa27b602934e0d1f396910c1e
Author: Christian Johansson <christian@cvj.se>
Commit: Christian Johansson <christian@cvj.se>

    Small fixes to documentation about syntax analysis
---
 docs/Syntax-Analysis.md | 13 ++++++++++---
 1 file changed, 10 insertions(+), 3 deletions(-)

diff --git a/docs/Syntax-Analysis.md b/docs/Syntax-Analysis.md
index 9659f1e..a4c0816 100644
--- a/docs/Syntax-Analysis.md
+++ b/docs/Syntax-Analysis.md
@@ -42,13 +42,15 @@ Grammar consists of `N`, `T`, `P` and `S`, where `N` is 
non-terminals, `T` is te
 Example:
 
 ``` emacs-lisp
+(require 'parser-generator)
+
 (parser-generator-set-grammar '((S A B C) (a b c) ((S (A B)) (A (B a) e) (B (C 
b) C) (C c e)) S))
 ```
 
 Productions can include context-sensitive attributes like this:
 
 ``` emacs-lisp
-((S (A B %prec first)) (A (B a %weight) e) (B (C b) C) (C c e))
+((S (A B %prec first)) (A (B a %weight c) e) (B (C b) C) (C c e))
 ```
 
 ### Global attributes
@@ -112,6 +114,8 @@ Is a simple integer above zero. You set it like this: 
`(parser-generator-set-loo
 A optional translation is defined as a lambda function as the last element of 
a production right-hand-side, example:
 
 ```emacs-lisp
+(require 'parser-generator)
+
 (parser-generator-set-grammar 
   '((Sp S) ("a" "b") ((Sp S) (S (S "a" S "b" (lambda(args) (nreverse args)))) 
(S e)) Sp))
 ```
@@ -123,6 +127,8 @@ You cannot have a SDT + SA on the same production 
right-hand side, just one or t
 A optional semantic action is defined as a lambda function as the last element 
of a production right-hand-side, example:
 
 ```emacs-lisp
+(require 'parser-generator)
+
 (parser-generator-set-grammar 
   '((Sp S) ("a" "b") ((Sp S) (S (S "a" S "b" (lambda(args) (nreverse args)))) 
(S e)) Sp))
 ```
@@ -136,13 +142,13 @@ You cannot have a SDT + SA on the same production 
right-hand side, just one or t
 Calculate the first look-ahead number of terminals of the sentential-form `S`, 
example:
 
 ``` emacs-lisp
+(require 'parser-generator)
 (require 'ert)
 
 (parser-generator-set-grammar 
   '((S A B C) (a b c) ((S (A B)) (A (B a) e) (B (C b) C) (C c e)) S))
 (parser-generator-set-look-ahead-number 2)
 (parser-generator-process-grammar)
-
 (should
   (equal
     '((a) (a c) (a b) (c a) (b a) (e) (c) (b) (c b))
@@ -154,6 +160,7 @@ Calculate the first look-ahead number of terminals of the 
sentential-form `S`, e
 Calculate the e-free-first look-ahead number of terminals of sentential-form 
`S`, if you have multiple symbols the e-free-first will only affect the first 
symbol, the rest will be treated via first-function (above). Example:
 
 ``` emacs-lisp
+(require 'parser-generator)
 (require 'ert)
 
 (parser-generator-set-grammar 
@@ -172,6 +179,7 @@ Calculate the e-free-first look-ahead number of terminals 
of sentential-form `S`
 Calculate the look-ahead number of terminals possibly following S.
 
 ``` emacs-lisp
+(require 'parser-generator)
 (require 'ert)
 
 (parser-generator-set-grammar 
@@ -185,5 +193,4 @@ Calculate the look-ahead number of terminals possibly 
following S.
    (parser-generator--follow 'A)))
 ```
 
-
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