for (i = ntokens; i < nsyms; i++)
{
bitset_iterator iter;
- fprintf (stderr, "\t%s firsts\n", symbols[i]->tag);
+ fprintf (stderr, " %s firsts\n", symbols[i]->tag);
BITSET_FOR_EACH (iter, FIRSTS (i), j, 0)
- {
- fprintf (stderr, "\t\t%s\n",
- symbols[j + ntokens]->tag);
- }
+ fprintf (stderr, " %s\n", symbols[j + ntokens]->tag);
}
fprintf (stderr, "\n\n");
}
for (i = ntokens; i < nsyms; i++)
{
bitset_iterator iter;
- fprintf (stderr, "\t%s derives\n", symbols[i]->tag);
+ fprintf (stderr, " %s derives\n", symbols[i]->tag);
BITSET_FOR_EACH (iter, FDERIVES (i), r, 0)
{
- fprintf (stderr, "\t\t%3d ", r);
+ fprintf (stderr, " %3d ", r);
rule_rhs_print (&rules[r], stderr);
fprintf (stderr, "\n");
}
for (i = ntokens; i < nsyms; i++)
{
rule **rp;
- fprintf (stderr, "\t%s derives\n", symbols[i]->tag);
+ fprintf (stderr, " %s derives\n", symbols[i]->tag);
for (rp = derives[i - ntokens]; *rp; ++rp)
{
- fprintf (stderr, "\t\t%3d ", (*rp)->user_number);
+ fprintf (stderr, " %3d ", (*rp)->user_number);
rule_rhs_print (*rp, stderr);
fprintf (stderr, "\n");
}
int i;
fputs ("NULLABLE\n", out);
for (i = ntokens; i < nsyms; i++)
- fprintf (out, "\t%s: %s\n", symbols[i]->tag,
+ fprintf (out, " %s: %s\n", symbols[i]->tag,
nullable[i - ntokens] ? "yes" : "no");
fputs ("\n\n", out);
}
:null
p
n
- /^[ ]*$/ !b null
+ /^ *$/ !b null
}
/^FIRSTS$/ {
:firsts
p
n
- /^[ ]*$/ !b firsts
+ /^ *$/ !b firsts
}
/^FDERIVES$/ {
:fderiv
p
n
- /^[ ]*$/ !b fderiv
+ /^ *$/ !b fderiv
}
/^DERIVES$/ {
:deriv
p
n
- /^[ ]*$/ !b deriv
+ /^ *$/ !b deriv
}
]])
AT_CHECK([sed -f extract.sed $1], 0, [stdout])
AT_EXTRACT_SETS([stderr], [sets])
AT_CHECK([[cat sets]], [],
[[DERIVES
- $accept derives
- 0 e $end
- e derives
- 1 'e'
- 2 /* empty */
+ $accept derives
+ 0 e $end
+ e derives
+ 1 'e'
+ 2 /* empty */
NULLABLE
- $accept: no
- e: yes
+ $accept: no
+ e: yes
FIRSTS
- $accept firsts
- $accept
- e
- e firsts
- e
+ $accept firsts
+ $accept
+ e
+ e firsts
+ e
FDERIVES
- $accept derives
- 0 e $end
- 1 'e'
- 2 /* empty */
- e derives
- 1 'e'
- 2 /* empty */
+ $accept derives
+ 0 e $end
+ 1 'e'
+ 2 /* empty */
+ e derives
+ 1 'e'
+ 2 /* empty */
]])
AT_CLEANUP
AT_BISON_CHECK([[--trace=sets input.y]], [], [], [stderr])
-AT_CHECK([[sed -n 's/[ ]*$//;/^RTC: Firsts Output BEGIN/,/^RTC: Firsts Output END/p' stderr]], [],
+AT_CHECK([[sed -n 's/[ ]*$//;/^RTC: Firsts Output BEGIN/,/^RTC: Firsts Output END/p' stderr]], [],
[[RTC: Firsts Output BEGIN
012345678
AT_EXTRACT_SETS([stderr], [sets])
AT_CHECK([[cat sets]], [],
[[DERIVES
- $accept derives
- 0 exp $end
- exp derives
- 1 exp '<' exp
- 2 exp '>' exp
- 3 exp '+' exp
- 4 exp '-' exp
- 5 exp '^' exp
- 6 exp '=' exp
- 7 "exp"
+ $accept derives
+ 0 exp $end
+ exp derives
+ 1 exp '<' exp
+ 2 exp '>' exp
+ 3 exp '+' exp
+ 4 exp '-' exp
+ 5 exp '^' exp
+ 6 exp '=' exp
+ 7 "exp"
NULLABLE
- $accept: no
- exp: no
+ $accept: no
+ exp: no
FIRSTS
- $accept firsts
- $accept
- exp
- exp firsts
- exp
+ $accept firsts
+ $accept
+ exp
+ exp firsts
+ exp
FDERIVES
- $accept derives
- 0 exp $end
- 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"
+ $accept derives
+ 0 exp $end
+ 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
# Get the final state in the report, from the "accept" action..
AT_CHECK([sed -n '
/^State \(.*\)/{
- s//final state \1/
- x
- }
- / accept/{
- x
- p
- q
- }
- ' input.output],
- 0, [expout])
+ s//final state \1/
+ x
+ }
+ / accept/{
+ x
+ p
+ q
+ }
+ ' input.output],
+ 0, [expout])
AT_CLEANUP