* src/reader.h, src/reader.c (symbol_list, symbol_list_new)

[bison.git] / tests / sets.at

diff --git a/tests/sets.at b/tests/sets.at
index 61bfd6235de513593e96be5bd0bc445e47df3b27..0cbc3da609f8dde2d1fbc2269c055d7067daeb00 100644 (file)
--- a/tests/sets.at
+++ b/tests/sets.at
@@ -1,5 +1,5 @@
 # Exercising Bison Grammar Sets.                      -*- Autotest -*-
 # Exercising Bison Grammar Sets.                      -*- Autotest -*-

-# Copyright 2001 Free Software Foundation, Inc.
+# Copyright (C) 2001, 2002 Free Software Foundation, Inc.

 
 # This program is free software; you can redistribute it and/or modify
 # it under the terms of the GNU General Public License as published by
 
 # This program is free software; you can redistribute it and/or modify
 # it under the terms of the GNU General Public License as published by


@@ -16,6 +16,46 @@
 # Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA
 # 02111-1307, USA.
 
 # Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA
 # 02111-1307, USA.
 

+
+# AT_EXTRACT_SETS(INPUT, OUTPUT)
+# ------------------------------
+# Extract the information about the grammar sets from a bison
+# trace output (INPUT), and save it in OUTPUT.
+# And remember, there is no alternation in portable sed.
+m4_define([AT_EXTRACT_SETS],
+[AT_DATA([extract.sed],
+[[#n
+/^NULLABLE$/ {
+   :null
+   p
+   n
+   /^[         ]*$/ !b null
+}
+/^FIRSTS$/ {
+   :firsts
+   p
+   n
+   /^[         ]*$/ !b firsts
+}
+/^FDERIVES$/ {
+   :fderiv
+   p
+   n
+   /^[         ]*$/ !b fderiv
+}
+/^DERIVES$/ {
+   :deriv
+   p
+   n
+   /^[         ]*$/ !b deriv
+}
+]])
+AT_CHECK([sed -f extract.sed $1], 0, [stdout])
+AT_CHECK([mv stdout $2])
+])
+
+
+

 AT_BANNER([[Grammar Sets (Firsts etc.).]])
 
 
 AT_BANNER([[Grammar Sets (Firsts etc.).]])
 
 


@@ -39,124 +79,31 @@ e: 'e' | /* Nothing */;
 ]])
 
 AT_CHECK([[bison --trace input.y]], [], [], [stderr])
 ]])
 
 AT_CHECK([[bison --trace input.y]], [], [], [stderr])

-
-AT_CHECK([[sed 's/[     ]*$//' stderr]], [],
-[[RITEM
-  e  $  (rule 1)
-  'e'  (rule 2)
-  (rule 3)
-
-
-DERIVES
+AT_EXTRACT_SETS([stderr], [sets])
+AT_CHECK([[cat sets]], [],
+[[DERIVES

        $axiom derives
                1: e $ (rule 0)
        e derives
                2: 'e' (rule 1)
                3: (rule 2)
        $axiom derives
                1: e $ (rule 0)
        e derives
                2: 'e' (rule 1)
                3: (rule 2)

-
-
-Entering set_nullable

 NULLABLE
        $axiom: no
        e: yes
 NULLABLE
        $axiom: no
        e: yes

-
-
-TC: Input BEGIN
-
-   01
-  .--.
- 0| 1|
- 1|  |
-  `--'
-TC: Input END
-
-TC: Output BEGIN
-
-   01
-  .--.
- 0| 1|
- 1|  |
-  `--'
-TC: Output END
-

 FIRSTS
        $axiom firsts
 FIRSTS
        $axiom firsts

-               4 ($axiom)
-               5 (e)
+               $axiom
+               e

        e firsts
        e firsts

-               5 (e)
-
-
+               e

 FDERIVES
        $axiom derives
 FDERIVES
        $axiom derives

-               1: e $
-               2: 'e'
-               3:
+               0: e $
+               1: 'e'
+               2:

        e derives
        e derives

-               2: 'e'
-               3:
-
-
-Processing state 0 (reached by $)
-Closure: input
-
-
-Closure: output
-   0: . e $  (rule 1)
-   3: . 'e'  (rule 2)
-   5: .  (rule 3)
-
-
-Entering new_itemsets, state = 0
-Entering append_states, state = 0
-Entering get_state, state = 0, symbol = 3 ('e')
-Entering new_state, state = 0, symbol = 3 ('e')
-Exiting get_state => 1
-Entering get_state, state = 0, symbol = 5 (e)
-Entering new_state, state = 0, symbol = 5 (e)
-Exiting get_state => 2
-Processing state 1 (reached by 'e')
-Closure: input
-   4: .  (rule 2)
-
-
-Closure: output
-   4: .  (rule 2)
-
-
-Entering new_itemsets, state = 1
-Entering append_states, state = 1
-Processing state 2 (reached by e)
-Closure: input
-   1: . $  (rule 1)
-
-
-Closure: output
-   1: . $  (rule 1)
-
-
-Entering new_itemsets, state = 2
-Entering append_states, state = 2
-Entering get_state, state = 2, symbol = 0 ($)
-Entering new_state, state = 2, symbol = 0 ($)
-Exiting get_state => 3
-Processing state 3 (reached by $)
-Closure: input
-   2: .  (rule 1)
-
-
-Closure: output
-   2: .  (rule 1)
-
-
-Entering new_itemsets, state = 3
-Entering append_states, state = 3
-transpose: input
-  0:
-
-transpose: output
-  0:
-
+               1: 'e'
+               2:

 ]])
 
 AT_CLEANUP
 ]])
 
 AT_CLEANUP


@@ -205,34 +152,103 @@ AT_SETUP([Broken Closure])
 
 AT_DATA([input.y],
 [[%%
 
 AT_DATA([input.y],
 [[%%

-a: b
-b: c
-c: d
-d: e
-e: f
-f: g
-g: h
-h: 'h'
+a: b;
+b: c;
+c: d;
+d: e;
+e: f;
+f: g;
+g: h;
+h: 'h';

 ]])
 
 AT_CHECK([[bison --trace input.y]], [], [], [stderr])
 
 ]])
 
 AT_CHECK([[bison --trace input.y]], [], [], [stderr])
 

-AT_CHECK([[sed -n 's/[  ]*$//;/^TC: Output BEGIN/,/^TC: Output END/p' stderr]], [],
-[[TC: Output BEGIN
+AT_CHECK([[sed -n 's/[  ]*$//;/^RTC: Firsts Output BEGIN/,/^RTC: Firsts Output END/p' stderr]], [],
+[[RTC: Firsts Output BEGIN

 
    012345678
   .---------.
 
    012345678
   .---------.

- 0| 11111111|
- 1|  1111111|
- 2|   111111|
- 3|    11111|
- 4|     1111|
- 5|      111|
- 6|       11|
- 7|        1|
- 8|         |
+ 0|111111111|
+ 1| 11111111|
+ 2|  1111111|
+ 3|   111111|
+ 4|    11111|
+ 5|     1111|
+ 6|      111|
+ 7|       11|
+ 8|        1|

   `---------'
   `---------'

-TC: Output END
+RTC: Firsts Output END
+]])
+
+AT_CLEANUP
+
+
+
+## -------- ##
+## Firsts.  ##
+## -------- ##
+
+AT_SETUP([Firsts])
+
+AT_DATA([input.y],
+[[%nonassoc '<' '>'
+%left '+' '-'
+%right '^' '='
+%%
+exp:
+   exp '<' exp
+ | exp '>' exp
+ | exp '+' exp
+ | exp '-' exp
+ | exp '^' exp
+ | exp '=' exp
+ | "exp"
+ ;
+]])
+
+AT_CHECK([[bison --trace input.y]], [], [], [stderr])
+AT_EXTRACT_SETS([stderr], [sets])
+AT_CHECK([[cat sets]], [],
+[[DERIVES
+       $axiom derives
+               1: exp $ (rule 0)
+       exp derives
+               2: exp '<' exp (rule 1)
+               3: exp '>' exp (rule 2)
+               4: exp '+' exp (rule 3)
+               5: exp '-' exp (rule 4)
+               6: exp '^' exp (rule 5)
+               7: exp '=' exp (rule 6)
+               8: "exp" (rule 7)
+NULLABLE
+       $axiom: no
+       exp: no
+FIRSTS
+       $axiom firsts
+               $axiom
+               exp
+       exp firsts
+               exp
+FDERIVES
+       $axiom derives
+               0: exp $
+               1: exp '<' exp
+               2: exp '>' exp
+               3: exp '+' exp
+               4: exp '-' exp
+               5: exp '^' exp
+               6: exp '=' exp
+               7: "exp"
+       exp derives
+               1: exp '<' exp
+               2: exp '>' exp
+               3: exp '+' exp
+               4: exp '-' exp
+               5: exp '^' exp
+               6: exp '=' exp
+               7: "exp"

 ]])
 
 AT_CLEANUP
 ]])
 
 AT_CLEANUP