Substitution ${...///} slows down when certain UTF character occurs

Substitution ${...///} slows down when certain UTF character occurs

[Sebastian Gniazdowski]

[-- Attachment #1: Type: text/plain, Size: 674 bytes --]

Hello
Half of the following example characters will cause the slowdown: –,
¥, Ń, Ł, Ǎ, Ǟ. I attach a script that does ${...///} substitution. It
is very slow for some chars and very fast for others. How to explain
and hopefully fix this?

Example script result:

( out_array=("${str//(#bi)wfeiwj/a}") ; )  0,02s user 0,00s system 97%
cpu 0,017 total
( out_array=("${str//(#bi)wfeiwj/a}") ; )  0,89s user 0,00s system 99%
cpu 0,890 total
( out_array=("${str//(#bi)wfeiwj/a}") ; )  3,70s user 0,01s system 99%
cpu 3,712 total
( out_array=("${str//(#bi)wfeiwj/a}") ; )  5,73s user 0,01s system 99%
cpu 5,743 total

Best regards,
Sebastian Gniazdowski

[-- Attachment #2: test-script.zsh --]
[-- Type: application/octet-stream, Size: 120420 bytes --]

#!/bin/zsh

emulate -LR zsh

str="c4d5148ca6 ce3a2d24203abfb385 30f5fe85434ae 75bdd124e2c238db971832271f39b878 b3d0be19f734149c4b85429b6 549991c47e811b8 cd61d5ff1142b8ee 4b 08e75c43b 4c8 90e2612b1b98c35c49234b8bbbabc125c773caa36be7947e5f513a83728fdb5d72486ece9f6f3ff5f71a8 ef 926db4a3e82 db7 cdc979edb50b3294ca1044f8fc70f42b533f614 4e60369be4afdf13ba53af422466cdd 7d404e168b1851987c31d15 53ef04d 43b 3ba5fb18a89dc49f137d46a7e92fcceecbe576bb6a2b270da5c3 0d4 1d475dab43035de76fbd401c63a59524dd459eb97d2c4164c58a860777dd336ab7279e71bc177586a454bb3f64b3b07c532fda 7184fb1c98808afeb8580e1261c45dd14 9 facbfb 3a70 699d24a 92c93da527c28f037978b092c485cc975bef2d76eaf3b3da913d235526f90 d928de0ed8a62d4c8da326 7f200d40baeb0f6b08d689d d87cf7493c92 74 2e2d881feb901176ff4c4eb0b61d2f05ca8612966e3b35ea 7ed2accb7487ad5b45e152fee3a9c 918e733b1a 8bf6b3b241f55a4 36d8a39e7bbd774c8ad82cd9998f4c68fc11e12 c0 cd e321f8a 3776f8b0b9fefcd7dbfb1f8c0ab5d1a6ce 76b92b4dd28209 6b4f475d8dd03b024fafa049ab82b c95 c4e5382403cef c6d693 c aed3437864ea e6 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2e97dbbf0f6c94959b0e89b1a 2b4 acf9bba7177d a0839012e0dba9825876d514805955 0f42c45323c4bda0b9c9205dbe0447 967dcc675ef1 d02ee2c77b61815f0da4f31461b1ff c67ab19e5ccc561f56f1d23c11716eddfcd326b59ce13411 555dde7a ec01a fca59391bb0384eb702518bafdbbd48827dd65560673b7d 4a 05e40fbc48dddb2df e b d98fb969fc0fbd38907552e 27a 1 d7 00  c4e1e2770816de6aaf04b29ef52b39f134e1d c3ca2196799 5e7ba9ea10ffda079 70ed5b8be0b96c1 aa2747d8c9f99685d8950341d3eccc 2f 663d00a00 8b8 ec05f6bc77333b870 ee9861dc4035e470dd60bd6f7b 2b5041c e1a3c7682d2b7 c 31cc83dc50cca5b1 1c9c8d dc6123353bf91dcf eb15af3ecb81dff 50d 2ba5111be919f 75de1ab2d83c389b3 24f7b 0e935841f8d2f9b941e16547fbcf9dc5440ffb9b5fd1c42 5d468f6"

char="–"
#char="¥"
#char="Ń"
#char="Ł"
#char="Ǎ"
#char="Ǟ"

str[60]=$char
time ( out_array=( "${str//(#bi)wfeiwj/a}" ) )
str[60]="a"

str[10000]=$char
time ( out_array=( "${str//(#bi)wfeiwj/a}" ) )
str[10000]="a"

str[50000]=$char
time ( out_array=( "${str//(#bi)wfeiwj/a}" ) )
str[50000]="a"

str[100000]=$char
time ( out_array=( "${str//(#bi)wfeiwj/a}" ) )
str[100000]="a"

Re: Substitution ${...///} slows down when certain UTF character occurs

[Bart Schaefer]

On Sep 26,  2:19pm, Sebastian Gniazdowski wrote:
}
} I attach a script that does ${...///} substitution.

I worry that the attachement hasn't come through correctly?  When I
unpack the base64 into text, I get (in part)

str="c4d5148ca6 ce3a2d24203abfb385 30f5fe85434ae ... 5d468f6"

Is the value of $str supposed to look like that?  So the pattern in
the ${str//...} replacement never matches?

} It  is very slow for some chars and very fast for others. How to explain
} and hopefully fix this?

Each time pattryrefs() fails to find a match, it increments the area
to be searched by one character and then tries the entire pattern
match again.  So for a 120000-character string, it's doing a non-
matching search 120000 times.

I rewrote your test to use "float SECONDS" + "print $SECONDS" instead
of forking off subshells for "time" and to use loops so I didn't have
to comment things in and out.  Observations:

1. It's only fast for the Yen symbol, which is the only one that does
not have a byte with the high-order bit set.  This case is avoiding
this block in pattern.c:

2124	    if (!(patflags & (PAT_PURES|PAT_ANY))
2125		&& (needfullpath || unmetalen != stringlen)) {
2126		/*
2127		 * We need to copy if we need to prepend the path so far
2128		 * (in which case we copy both chunks), or if we have
2129		 * Meta characters.
2130		 */

I.e., unmetalen == stringlen, so we do not allocate and copy the entire
120k bytes of $str for each pattern comparison.

This means in the case where there are high-order characters, the search
algorithm becomes O(N)^2 rather than O(N).

2. It's consistently slower the longer the prefix string before the
high-order byte becomes.

I believe this means that once the search loop has "gotten past" the
high-order byte, it stops doing the O(N)^2 copy-and-scan and drops in
to the O(N) scan of the original input string.  But I haven't traced
it down to exactly where that happens.  The nested loops around line
2908 in glob.c, I suspect.

So this could be sped up by factoring out the unmetafication, but it
would require some pretty serious reworking of the relationship between
pattrylen() / pattryrefs() and their callers.

Re: Substitution ${...///} slows down when certain UTF character occurs

[Sebastian Gniazdowski]

On 26 September 2015 at 22:44, Bart Schaefer <schaefer@brasslantern.com> wrote:
> On Sep 26,  2:19pm, Sebastian Gniazdowski wrote:
> }
> } I attach a script that does ${...///} substitution.
>
> I worry that the attachement hasn't come through correctly?  When I
> unpack the base64 into text, I get (in part)
>
> str="c4d5148ca6 ce3a2d24203abfb385 30f5fe85434ae ... 5d468f6"
>
> Is the value of $str supposed to look like that?  So the pattern in
> the ${str//...} replacement never matches?

Yes. I attached the string instead of code that generated it:
# cat /dev/urandom | env LC_CTYPE=C tr -cd 'a-f0-9 ' | head -c 120000

> } It  is very slow for some chars and very fast for others. How to explain
> } and hopefully fix this?
>
> Each time pattryrefs() fails to find a match, it increments the area
> to be searched by one character and then tries the entire pattern
> match again.  So for a 120000-character string, it's doing a non-
> matching search 120000 times.

That's a huge plus that it's still instant fast for strings of that
length if there is no unlucky unicode character.

> I rewrote your test to use "float SECONDS" + "print $SECONDS" instead
> of forking off subshells for "time" and to use loops so I didn't have
> to comment things in and out.  Observations:
>
> 1. It's only fast for the Yen symbol, which is the only one that does
> not have a byte with the high-order bit set.  This case is avoiding
> this block in pattern.c:

For me (OSX / zsh 5.0.2) it was fast for characters at even positions
in what I attached, i.e. for chars ¥,Ł,Ǟ. Didn't thought it can differ
for different environments, I now ran the test on different machines.
Ubuntu 12.10 / zsh 5.0.0 is the same. For FreeBSD / zsh 5.1.1-dev-0
(HEAD 50721a1 and 8d5c0c) it's different, fast characters are: ¥, Ł.
For zsh-5.1.1-dev-0 (HEAD 50721a1 and 8d5c0c) on OSX it's the same as
the FreeBSD case.

Best regards,
Sebastian Gniazdowski

Re: Substitution ${...///} slows down when certain UTF character occurs

[Bart Schaefer]

On Sep 27, 10:13am, Sebastian Gniazdowski wrote:
} Subject: Re: Substitution ${...///} slows down when certain UTF character 
}
} On 26 September 2015 at 22:44, Bart Schaefer <schaefer@brasslantern.com> wrote:
} > Each time pattryrefs() fails to find a match, it increments the area
} > to be searched by one character and then tries the entire pattern
} > match again.  So for a 120000-character string, it's doing a non-
} > matching search 120000 times.
} 
} That's a huge plus that it's still instant fast for strings of that
} length if there is no unlucky unicode character.

It'll get worse if there are partial matches, e.g., if you had 30000
repetitions of "wfei" and scanned for "wfeiwj" there'd be a whole lot
of backtracking.  There are no "w" anywhere in your sample $str so
each of the comparisons is only one equality test.

Still I think the biggest issue is that unmetafication happening too
low down.  Since pattry*() is being called repeatedly with the same two
first arguments (prog and string) it might be possible to cache the
unmetafied string after the first call.

Re: Substitution ${...///} slows down when certain UTF character occurs

[Peter Stephenson]

On Sun, 27 Sep 2015 09:11:21 -0700
Bart Schaefer <schaefer@brasslantern.com> wrote:
> Still I think the biggest issue is that unmetafication happening too
> low down.  Since pattry*() is being called repeatedly with the same two
> first arguments (prog and string) it might be possible to cache the
> unmetafied string after the first call.

It would be good to optimise the cases where the calling code in glob.c
(for the parameter-style operators only) matches at different places along
the string, too, which means unmetafying at a higher level.  That's
quite a lot of work in the glob.c code, though, because we'll need to
deal with length and switch the multibyte handlers to umetafied.

I think a reasonable strategy would be to change the call sequence for
pattrylen() and pattryrefs(), which are the key ones, to pass in an
optional unmatefied string; some of the remaining calls in glob.c could
be premoted to pattrylen which is a strict superset of pattry.  That
would leave pattry() untouched for the majority of cases doing one-off
matching.

Ideally we only want to pass in either a metafied or unmetafied string.
I don't know off the top of my head how much work it is to fix up the
PAT_PURES optimisation where we've got an already unmetafied string but
it shouldn't be too much.

pws

Re: Substitution ${...///} slows down when certain UTF character occurs

[Peter Stephenson]

On Mon, 28 Sep 2015 09:51:42 +0100
Peter Stephenson <p.stephenson@samsung.com> wrote:
> I think a reasonable strategy would be to change the call sequence for
> pattrylen() and pattryrefs(), which are the key ones, to pass in an
> optional unmatefied string; some of the remaining calls in glob.c could
> be premoted to pattrylen which is a strict superset of pattry.  That
> would leave pattry() untouched for the majority of cases doing one-off
> matching.
> 
> Ideally we only want to pass in either a metafied or unmetafied string.
> I don't know off the top of my head how much work it is to fix up the
> PAT_PURES optimisation where we've got an already unmetafied string but
> it shouldn't be too much.

The problem here is we're comparing against a string compiled into the
pattern which is metafied and now we have an unmetafied trial string.
So we can't do a direct comparison any more without some extra work.

1. Give up on the optimisation when we have an unmetafied string.  That
is, we'll still be comparing characters, but in the bowels of the
pattern code --- we won't optimise to a strcmp().  This seems a bad
thing to do when the whole point of the change is as an optimisation.

2. Use a partial optimisation by unmetafying the pattern string on the
fly.  So we're not using memcmp any more, but we'll have a tight loop
over characters and this can be done with local code at the point where
we currently do the memcmp().

3. Compile both metafied and unmetafied variants into the pattern.  This
is wasteful.

4. Have both metafied and unmetafied variants for the pattern when using
a pure string, but only produce, and cache, the unmetafied version when
needed for comparison.  This is more effective than caching the trial
string because the pattern is only compiled once for many uses of it ---
we only lose out here if somebody is looping over a pattern (not just a
trial string as in the glob code) many times i.e. either redoing
patcompile() or using a pre-compiled pattern, and the latter isn't all that
common in the code (I'm not sure where it does happen if it does).
This seems to push the inefficiency out of inner loops to a frequency
where it's probably not a noticeable factor any more.

5. Deal with both metafied and unmetafied strings in the calling code.
This is a messy last resort.

I think both 2. and 4. look promising.

pws

Re: Substitution ${...///} slows down when certain UTF character occurs

[Peter Stephenson]

On Mon, 28 Sep 2015 09:51:42 +0100
Peter Stephenson <p.stephenson@samsung.com> wrote:
> It would be good to optimise the cases where the calling code in glob.c
> (for the parameter-style operators only) matches at different places along
> the string, too, which means unmetafying at a higher level.  That's
> quite a lot of work in the glob.c code, though, because we'll need to
> deal with length and switch the multibyte handlers to umetafied.
> 
> I think a reasonable strategy would be to change the call sequence for
> pattrylen() and pattryrefs(), which are the key ones, to pass in an
> optional unmatefied string; some of the remaining calls in glob.c could
> be premoted to pattrylen which is a strict superset of pattry.  That
> would leave pattry() untouched for the majority of cases doing one-off
> matching.

This does the back-end work, with a patstralloc structure that allows
you to maintain information about an unmetafied string over calls to
pattrylen() and pattryrefs().

It uses this version of the optimisation

> 4. Have both metafied and unmetafied variants for the pattern when using
> a pure string, but only produce, and cache, the unmetafied version when
> needed for comparison. This is more effective than caching the trial
> string because the pattern is only compiled once for many uses of it ---
> we only lose out here if somebody is looping over a pattern (not just a
> trial string as in the glob code) many times i.e. either redoing
> patcompile() or using a pre-compiled pattern, and the latter isn't all that
> common in the code (I'm not sure where it does happen if it does).
> This seems to push the inefficiency out of inner loops to a frequency
> where it's probably not a noticeable factor any more.

with the cached unmetafied pure string, where needed, within the
patstralloc structure.  However, the new code here to handle the
unmetafied case isn't tested yet as there's nothing using the new
interface, which is the next step.

pws

Re: Substitution ${...///} slows down when certain UTF character occurs

[Peter Stephenson]

On Mon, 28 Sep 2015 20:23:12 +0100
Peter Stephenson <p.w.stephenson@ntlworld.com> wrote:
> This does the back-end work, with a patstralloc structure that allows
> you to maintain information about an unmetafied string over calls to
> pattrylen() and pattryrefs().

Bart pointed out I didn't actually attach the patch, but it's now
committed in f9d7651c25.  No noticeable change of behaviour is expected
yet.  I started looking at the front end last night; it's not difficult,
just quite a bewildering number of things to switch to unmetafied.
Overall it should actually be slightly simpler after the change because
we were remembering quite a lot of positions as unmetafied already.

pws

Re: Substitution ${...///} slows down when certain UTF character occurs

[Peter Stephenson]

This uses the new interface.  I haven't done any testing apart from the
normal test suite.

There's one change I still want to make, which is to put the remaining
allocatiion onto the heap --- it should be used infrequently enough to
make this feasible.  However, it's probably seeing what the effects are
before that.

There's a reasonable chance there's still some glitch with metafied
characters.  We could probably do with some more parameter substitution
tests involving Mikael's interesting characters, possibly more failure
cases, too.

pws

diff --git a/Src/glob.c b/Src/glob.c
index 8bf7352..0594f0a 100644
--- a/Src/glob.c
+++ b/Src/glob.c
@@ -2450,29 +2450,46 @@ matchpat(char *a, char *b)
 /* please do not laugh at this code. */
 
 /* Having found a match in getmatch, decide what part of string
- * to return.  The matched part starts b characters into string s
- * and finishes e characters in: 0 <= b <= e <= strlen(s)
+ * to return.  The matched part starts b characters into string imd->ustr
+ * and finishes e characters in: 0 <= b <= e <= imd->ulen on input
  * (yes, empty matches should work).
- * fl is a set of the SUB_* matches defined in zsh.h from SUB_MATCH onwards;
- * the lower parts are ignored.
- * replstr is the replacement string for a substitution
+ *
+ * imd->flags is a set of the SUB_* matches defined in zsh.h from
+ * SUB_MATCH onwards; the lower parts are ignored.
+ *
+ * imd->replstr is the replacement string for a substitution
+ *
+ * imd->replstr is metafied and the values put in imd->repllist are metafied.
  */
 
 /**/
 static char *
-get_match_ret(char *s, int b, int e, int fl, char *replstr,
-	      LinkList repllist)
+get_match_ret(Imatchdata imd, int b, int e)
 {
-    char buf[80], *r, *p, *rr;
-    int ll = 0, l = strlen(s), bl = 0, t = 0, i;
-
+    char buf[80], *r, *p, *rr, *replstr = imd->replstr;
+    int ll = 0, bl = 0, t = 0, add = 0, fl = imd->flags, i;
+
+    /* Account for b and e referring to unmetafied string */
+    for (p = imd->ustr; p < imd->ustr + b; p++)
+	if (imeta(*p))
+	    add++;
+    b += add;
+    for (; p < imd->ustr + e; p++)
+	if (imeta(*p))
+	    add++;
+    e += add;
+    for (; p < imd->ustr + imd->ulen; p++)
+	if (imeta(*p))
+	    add++;
+
+    /* Everything now refers to meatfied lengths. */
     if (replstr || (fl & SUB_LIST)) {
 	if (fl & SUB_DOSUBST) {
 	    replstr = dupstring(replstr);
 	    singsub(&replstr);
 	    untokenize(replstr);
 	}
-	if ((fl & (SUB_GLOBAL|SUB_LIST)) && repllist) {
+	if ((fl & (SUB_GLOBAL|SUB_LIST)) && imd->repllist) {
 	    /* We are replacing the chunk, just add this to the list */
 	    Repldata rd = (Repldata)
 		((fl & SUB_LIST) ? zalloc(sizeof(*rd)) : zhalloc(sizeof(*rd)));
@@ -2480,30 +2497,32 @@ get_match_ret(char *s, int b, int e, int fl, char *replstr,
 	    rd->e = e;
 	    rd->replstr = replstr;
 	    if (fl & SUB_LIST)
-		zaddlinknode(repllist, rd);
+		zaddlinknode(imd->repllist, rd);
 	    else
-		addlinknode(repllist, rd);
-	    return s;
+		addlinknode(imd->repllist, rd);
+	    return imd->mstr;
 	}
 	ll += strlen(replstr);
     }
     if (fl & SUB_MATCH)			/* matched portion */
 	ll += 1 + (e - b);
     if (fl & SUB_REST)		/* unmatched portion */
-	ll += 1 + (l - (e - b));
+	ll += 1 + (imd->mlen - (e - b));
     if (fl & SUB_BIND) {
 	/* position of start of matched portion */
-	sprintf(buf, "%d ", MB_METASTRLEN2END(s, 0, s+b) + 1);
+	sprintf(buf, "%d ", MB_METASTRLEN2END(imd->mstr, 0, imd->mstr+b) + 1);
 	ll += (bl = strlen(buf));
     }
     if (fl & SUB_EIND) {
 	/* position of end of matched portion */
-	sprintf(buf + bl, "%d ", MB_METASTRLEN2END(s, 0, s+e) + 1);
+	sprintf(buf + bl, "%d ",
+		MB_METASTRLEN2END(imd->mstr, 0, imd->mstr+e) + 1);
 	ll += (bl = strlen(buf));
     }
     if (fl & SUB_LEN) {
 	/* length of matched portion */
-	sprintf(buf + bl, "%d ", MB_METASTRLEN2END(s+b, 0, s+e));
+	sprintf(buf + bl, "%d ", MB_METASTRLEN2END(imd->mstr+b, 0,
+						   imd->mstr+e));
 	ll += (bl = strlen(buf));
     }
     if (bl)
@@ -2513,7 +2532,7 @@ get_match_ret(char *s, int b, int e, int fl, char *replstr,
 
     if (fl & SUB_MATCH) {
 	/* copy matched portion to new buffer */
-	for (i = b, p = s + b; i < e; i++)
+	for (i = b, p = imd->mstr + b; i < e; i++)
 	    *rr++ = *p++;
 	t = 1;
     }
@@ -2523,12 +2542,12 @@ get_match_ret(char *s, int b, int e, int fl, char *replstr,
 	if (t)
 	    *rr++ = ' ';
 	/* there may be unmatched bits at both beginning and end of string */
-	for (i = 0, p = s; i < b; i++)
+	for (i = 0, p = imd->mstr; i < b; i++)
 	    *rr++ = *p++;
 	if (replstr)
 	    for (p = replstr; *p; )
 		*rr++ = *p++;
-	for (i = e, p = s + e; i < l; i++)
+	for (i = e, p = imd->mstr + e; i < imd->mlen; i++)
 	    *rr++ = *p++;
 	t = 1;
     }
@@ -2710,26 +2729,18 @@ set_pat_end(Patprog p, char null_me)
 
 /*
  * Increment *tp over character which may be multibyte.
- * Return number of bytes that remain in the character after unmetafication.
+ * Return number of bytes.
+ * All unmetafied here.
  */
 
 /**/
-static int iincchar(char **tp)
+static int iincchar(char **tp, int left)
 {
     char *t = *tp;
-    int mbclen = mb_metacharlenconv(t, NULL);
-    int umlen = 0;
-
-    while (mbclen--) {
-	umlen++;
-	if (*t++ == Meta) {
-	    t++;
-	    mbclen--;
-	}
-    }
-    *tp = t;
+    int mbclen = mb_charlenconv(t, left, NULL);
+    *tp = t + mbclen;
 
-    return umlen;
+    return mbclen;
 }
 
 /**/
@@ -2737,7 +2748,7 @@ static int
 igetmatch(char **sp, Patprog p, int fl, int n, char *replstr,
 	  LinkList *repllistp)
 {
-    char *s = *sp, *t, *tmatch;
+    char *s = *sp, *t, *tmatch, *send;
     /*
      * Note that ioff counts (possibly multibyte) characters in the
      * character set (Meta's are not included), while l counts characters in
@@ -2752,36 +2763,52 @@ igetmatch(char **sp, Patprog p, int fl, int n, char *replstr,
      */
     int ioff, l = strlen(*sp), matched = 1, umltot = ztrlen(*sp);
     int umlen, nmatches;
-    /*
-     * List of bits of matches to concatenate with replacement string.
-     * The data is a struct repldata.  It is not used in cases like
-     * ${...//#foo/bar} even though SUB_GLOBAL is set, since the match
-     * is anchored.  It goes on the heap.
-     */
-    LinkList repllist = NULL;
+    struct patstralloc patstralloc;
+    struct imatchdata imd;
+
+    (void)patallocstr(p, s, l, umltot, 1, &patstralloc);
+    s = patstralloc.alloced;
+    DPUTS(!s, "forced patallocstr failed");
+    send = s + umltot;
+
+    imd.mstr = *sp;
+    imd.mlen = l;
+    imd.ustr = s;
+    imd.ulen = umltot;
+    imd.flags = fl;
+    imd.replstr = replstr;
+    imd.repllist = NULL;
 
     /* perform must-match test for complex closures */
     if (p->mustoff)
     {
-	/*
-	 * Yuk.  Probably we should rewrite this whole function to
-	 * use an unmetafied test string.
-	 *
-	 * Use META_HEAPDUP because we need a terminating NULL.
-	 */
-	char *muststr = metafy((char *)p + p->mustoff,
-			       p->patmlen, META_HEAPDUP);
+	char *muststr = (char *)p + p->mustoff;
 
-	if (!strstr(s, muststr))
-	    matched = 0;
+	matched = 0;
+	if (p->patmlen <= umltot)
+	{
+	    for (t = s; t <= send - p->patmlen; t++)
+	    {
+		if (!memcmp(muststr, t, p->patmlen)) {
+		    matched = 1;
+		    break;
+		}
+	    }
+	}
     }
 
     /* in case we used the prog before... */
     p->flags &= ~(PAT_NOTSTART|PAT_NOTEND);
 
     if (fl & SUB_ALL) {
-	int i = matched && pattrylen(p, s, -1, -1, NULL, 0);
-	*sp = get_match_ret(*sp, 0, i ? l : 0, fl, i ? replstr : 0, NULL);
+	int i = matched && pattrylen(p, s, umltot, 0, &patstralloc, 0);
+	if (!i) {
+	    /* Perform under no-match conditions */
+	    umltot = 0;
+	    imd.replstr = NULL;
+	}
+	*sp = get_match_ret(&imd, 0, umltot);
+	patfreestr(&patstralloc);
 	if (! **sp && (((fl & SUB_MATCH) && !i) || ((fl & SUB_REST) && i)))
 	    return 0;
 	return 1;
@@ -2809,25 +2836,27 @@ igetmatch(char **sp, Patprog p, int fl, int n, char *replstr,
 	     * Largest/smallest possible match at head of string.
 	     * First get the longest match...
 	     */
-	    if (pattrylen(p, s, -1, -1, NULL, 0)) {
-		/* patmatchlen returns metafied length, as we need */
+	    if (pattrylen(p, s, umltot, 0, &patstralloc, 0)) {
+		/* patmatchlen returns unmetafied length in this case */
 	        int mlen = patmatchlen();
 		if (!(fl & SUB_LONG) && !(p->flags & PAT_PURES)) {
+		    send = s + mlen;
 		    /*
 		     * ... now we know whether it's worth looking for the
 		     * shortest, which we do by brute force.
 		     */
 		    mb_charinit();
-		    for (t = s, umlen = 0; t < s + mlen; ) {
+		    for (t = s, umlen = 0; t < send; ) {
 			set_pat_end(p, *t);
-			if (pattrylen(p, s, t - s, umlen, NULL, 0)) {
+			if (pattrylen(p, s, umlen, 0, &patstralloc, 0)) {
 			    mlen = patmatchlen();
 			    break;
 			}
-			umlen += iincchar(&t);
+			umlen += iincchar(&t, send - t);
 		    }
 		}
-		*sp = get_match_ret(*sp, 0, mlen, fl, replstr, NULL);
+		*sp = get_match_ret(&imd, 0, mlen);
+		patfreestr(&patstralloc);
 		return 1;
 	    }
 	    break;
@@ -2845,20 +2874,23 @@ igetmatch(char **sp, Patprog p, int fl, int n, char *replstr,
 	     */
 	    mb_charinit();
 	    tmatch = NULL;
-	    for (ioff = 0, t = s, umlen = umltot; t < s + l; ioff++) {
+	    for (ioff = 0, t = s, umlen = umltot; t < send; ioff++) {
 		set_pat_start(p, t-s);
-		if (pattrylen(p, t, s + l - t, umlen, NULL, ioff))
+		if (pattrylen(p, t, umlen, 0, &patstralloc, ioff))
 		    tmatch = t;
 		if (fl & SUB_START)
 		    break;
-		umlen -= iincchar(&t);
+		umlen -= iincchar(&t, send - t);
 	    }
 	    if (tmatch) {
-		*sp = get_match_ret(*sp, tmatch - s, l, fl, replstr, NULL);
+		*sp = get_match_ret(&imd, tmatch - s, umltot);
+		patfreestr(&patstralloc);
 		return 1;
 	    }
-	    if (!(fl & SUB_START) && pattrylen(p, s + l, 0, 0, NULL, ioff)) {
-		*sp = get_match_ret(*sp, l, l, fl, replstr, NULL);
+	    if (!(fl & SUB_START) && pattrylen(p, s + umltot, 0, 0,
+					       &patstralloc, ioff)) {
+		*sp = get_match_ret(&imd, umltot, umltot);
+		patfreestr(&patstralloc);
 		return 1;
 	    }
 	    break;
@@ -2868,18 +2900,21 @@ igetmatch(char **sp, Patprog p, int fl, int n, char *replstr,
 	     * move forward along string until we get a match. *
 	     * Again there's no optimisation.                  */
 	    mb_charinit();
-	    for (ioff = 0, t = s, umlen = umltot; t < s + l; ioff++) {
+	    for (ioff = 0, t = s, umlen = umltot; t < send ; ioff++) {
 		set_pat_start(p, t-s);
-		if (pattrylen(p, t, s + l - t, umlen, NULL, ioff)) {
-		    *sp = get_match_ret(*sp, t-s, l, fl, replstr, NULL);
+		if (pattrylen(p, t, umlen, 0, &patstralloc, ioff)) {
+		    *sp = get_match_ret(&imd, t-s, umltot);
+		    patfreestr(&patstralloc);
 		    return 1;
 		}
 		if (fl & SUB_START)
 		    break;
-		umlen -= iincchar(&t);
+		umlen -= iincchar(&t, send - t);
 	    }
-	    if (!(fl & SUB_START) && pattrylen(p, s + l, 0, 0, NULL, ioff)) {
-		*sp = get_match_ret(*sp, l, l, fl, replstr, NULL);
+	    if (!(fl & SUB_START) && pattrylen(p, send, 0, 0,
+					       &patstralloc, ioff)) {
+		*sp = get_match_ret(&imd, umltot, umltot);
+		patfreestr(&patstralloc);
 		return 1;
 	    }
 	    break;
@@ -2887,18 +2922,20 @@ igetmatch(char **sp, Patprog p, int fl, int n, char *replstr,
 	case SUB_SUBSTR:
 	    /* Smallest at start, but matching substrings. */
 	    set_pat_start(p, l);
-	    if (!(fl & SUB_GLOBAL) && pattrylen(p, s + l, -1, -1, NULL, 0) &&
+	    if (!(fl & SUB_GLOBAL) &&
+		pattrylen(p, send, 0, 0, &patstralloc, 0) &&
 		!--n) {
-		*sp = get_match_ret(*sp, 0, 0, fl, replstr, NULL);
+		*sp = get_match_ret(&imd, 0, 0);
+		patfreestr(&patstralloc);
 		return 1;
 	    } /* fall through */
 	case (SUB_SUBSTR|SUB_LONG):
 	    /* longest or smallest at start with substrings */
 	    t = s;
 	    if (fl & SUB_GLOBAL) {
-		repllist = (fl & SUB_LIST) ? znewlinklist() : newlinklist();
+		imd.repllist = (fl & SUB_LIST) ? znewlinklist() : newlinklist();
 		if (repllistp)
-		     *repllistp = repllist;
+		     *repllistp = imd.repllist;
 	    }
 	    ioff = 0;		/* offset into string */
 	    umlen = umltot;
@@ -2906,10 +2943,10 @@ igetmatch(char **sp, Patprog p, int fl, int n, char *replstr,
 	    do {
 		/* loop over all matches for global substitution */
 		matched = 0;
-		for (; t < s + l; ioff++) {
+		for (; t < send; ioff++) {
 		    /* Find the longest match from this position. */
 		    set_pat_start(p, t-s);
-		    if (pattrylen(p, t, s + l - t, umlen, NULL, ioff)) {
+		    if (pattrylen(p, t, umlen, 0, &patstralloc, ioff)) {
 			char *mpos = t + patmatchlen();
 			if (!(fl & SUB_LONG) && !(p->flags & PAT_PURES)) {
 			    char *ptr;
@@ -2923,19 +2960,18 @@ igetmatch(char **sp, Patprog p, int fl, int n, char *replstr,
 			     */
 			    for (ptr = t, umlen2 = 0; ptr < mpos;) {
 				set_pat_end(p, *ptr);
-				if (pattrylen(p, t, ptr - t, umlen2,
-					      NULL, ioff)) {
+				if (pattrylen(p, t, umlen2, 0,
+					      &patstralloc, ioff)) {
 				    mpos = t + patmatchlen();
 				    break;
 				}
-				umlen2 += iincchar(&ptr);
+				umlen2 += iincchar(&ptr, mpos - ptr);
 			    }
 			}
 			if (!--n || (n <= 0 && (fl & SUB_GLOBAL))) {
-			    *sp = get_match_ret(*sp, t-s, mpos-s, fl,
-						replstr, repllist);
+			    *sp = get_match_ret(&imd, t-s, mpos-s);
 			    if (mpos == t)
-				mpos += mb_metacharlenconv(mpos, NULL);
+				mpos += mb_charlenconv(mpos, send - mpos, NULL);
 			}
 			if (!(fl & SUB_GLOBAL)) {
 			    if (n) {
@@ -2945,9 +2981,10 @@ igetmatch(char **sp, Patprog p, int fl, int n, char *replstr,
 				 * the next character, even if it overlaps
 				 * with what we just found.
 				 */
-				umlen -= iincchar(&t);
+				umlen -= iincchar(&t, send - t);
 				continue;
 			    } else {
+				patfreestr(&patstralloc);
 				return 1;
 			    }
 			}
@@ -2958,11 +2995,11 @@ igetmatch(char **sp, Patprog p, int fl, int n, char *replstr,
 			matched = 1;
 			while (t < mpos) {
 			    ioff++;
-			    umlen -= iincchar(&t);
+			    umlen -= iincchar(&t, send - t);
 			}
 			break;
 		    }
-		    umlen -= iincchar(&t);
+		    umlen -= iincchar(&t, send - t);
 		}
 	    } while (matched);
 	    /*
@@ -2972,8 +3009,9 @@ igetmatch(char **sp, Patprog p, int fl, int n, char *replstr,
 	     */
 	    set_pat_start(p, l);
 	    if ((fl & (SUB_LONG|SUB_GLOBAL)) == SUB_LONG &&
-		pattrylen(p, s + l, -1, -1, NULL, 0) && !--n) {
-		*sp = get_match_ret(*sp, 0, 0, fl, replstr, repllist);
+		pattrylen(p, send, 0, 0, &patstralloc, 0) && !--n) {
+		*sp = get_match_ret(&imd, 0, 0);
+		patfreestr(&patstralloc);
 		return 1;
 	    }
 	    break;
@@ -2983,8 +3021,10 @@ igetmatch(char **sp, Patprog p, int fl, int n, char *replstr,
 	    /* Longest/shortest at end, matching substrings.       */
 	    if (!(fl & SUB_LONG)) {
 		set_pat_start(p, l);
-		if (pattrylen(p, s + l, 0, 0, NULL, umltot) && !--n) {
-		    *sp = get_match_ret(*sp, l, l, fl, replstr, NULL);
+		if (pattrylen(p, send, 0, 0, &patstralloc, umltot) &&
+		    !--n) {
+		    *sp = get_match_ret(&imd, umltot, umltot);
+		    patfreestr(&patstralloc);
 		    return 1;
 		}
 	    }
@@ -3001,13 +3041,13 @@ igetmatch(char **sp, Patprog p, int fl, int n, char *replstr,
 	    nmatches = 0;
 	    tmatch = NULL;
 	    mb_charinit();
-	    for (ioff = 0, t = s, umlen = umltot; t < s + l; ioff++) {
+	    for (ioff = 0, t = s, umlen = umltot; t < send; ioff++) {
 		set_pat_start(p, t-s);
-		if (pattrylen(p, t, s + l - t, umlen, NULL, ioff)) {
+		if (pattrylen(p, t, umlen, 0, &patstralloc, ioff)) {
 		    nmatches++;
 		    tmatch = t;
 		}
-		umlen -= iincchar(&t);
+		umlen -= iincchar(&t, send - t);
 	    }
 	    if (nmatches) {
 		char *mpos;
@@ -3017,14 +3057,14 @@ igetmatch(char **sp, Patprog p, int fl, int n, char *replstr,
 		     */
 		    n = nmatches - n;
 		    mb_charinit();
-		    for (ioff = 0, t = s, umlen = umltot; t < s + l; ioff++) {
+		    for (ioff = 0, t = s, umlen = umltot; t < send; ioff++) {
 			set_pat_start(p, t-s);
-			if (pattrylen(p, t, s + l - t, umlen, NULL, ioff) &&
+			if (pattrylen(p, t, umlen, 0, &patstralloc, ioff) &&
 			    !n--) {
 			    tmatch = t;
 			    break;
 			}
-			umlen -= iincchar(&t);
+			umlen -= iincchar(&t, send - t);
 		    }
 		}
 		mpos = tmatch + patmatchlen();
@@ -3032,29 +3072,31 @@ igetmatch(char **sp, Patprog p, int fl, int n, char *replstr,
 		if (!(fl & SUB_LONG) && !(p->flags & PAT_PURES)) {
 		    for (t = tmatch, umlen = 0; t < mpos; ) {
 			set_pat_end(p, *t);
-			if (pattrylen(p, tmatch, t - tmatch, umlen,
-				      NULL, ioff)) {
+			if (pattrylen(p, tmatch, umlen, 0,
+				      &patstralloc, ioff)) {
 			    mpos = tmatch + patmatchlen();
 			    break;
 			}
-			umlen += iincchar(&t);
+			umlen += iincchar(&t, mpos - t);
 		    }
 		}
-		*sp = get_match_ret(*sp, tmatch-s, mpos-s, fl,
-				    replstr, NULL);
+		*sp = get_match_ret(&imd, tmatch-s, mpos-s);
+		patfreestr(&patstralloc);
 		return 1;
 	    }
 	    set_pat_start(p, l);
-	    if ((fl & SUB_LONG) && pattrylen(p, s + l, 0, 0, NULL, umltot) &&
+	    if ((fl & SUB_LONG) && pattrylen(p, send, 0, 0,
+					     &patstralloc, umltot) &&
 		!--n) {
-		*sp = get_match_ret(*sp, l, l, fl, replstr, NULL);
+		*sp = get_match_ret(&imd, umltot, umltot);
+		patfreestr(&patstralloc);
 		return 1;
 	    }
 	    break;
 	}
     }
 
-    if (repllist && nonempty(repllist)) {
+    if (imd.repllist && nonempty(imd.repllist)) {
 	/* Put all the bits of a global search and replace together. */
 	LinkNode nd;
 	Repldata rd;
@@ -3062,10 +3104,15 @@ igetmatch(char **sp, Patprog p, int fl, int n, char *replstr,
 	char *ptr, *start;
 	int i;
 
+	/*
+	 * Use metafied string again.
+	 * Results from get_match_ret in repllist are all metafied.
+	 */
+	s = *sp;
 	if (!(fl & SUB_LIST)) {
 	    lleft = 0;		/* size of returned string */
-	    i = 0;			/* start of last chunk we got from *sp */
-	    for (nd = firstnode(repllist); nd; incnode(nd)) {
+	    i = 0;	       /* start of last chunk we got from *sp */
+	    for (nd = firstnode(imd.repllist); nd; incnode(nd)) {
 		rd = (Repldata) getdata(nd);
 		lleft += rd->b - i; /* previous chunk of *sp */
 		lleft += strlen(rd->replstr);	/* the replaced bit */
@@ -3074,7 +3121,7 @@ igetmatch(char **sp, Patprog p, int fl, int n, char *replstr,
 	    lleft += l - i;	/* final chunk from *sp */
 	    start = t = zhalloc(lleft+1);
 	    i = 0;
-	    for (nd = firstnode(repllist); nd; incnode(nd)) {
+	    for (nd = firstnode(imd.repllist); nd; incnode(nd)) {
 		rd = (Repldata) getdata(nd);
 		memcpy(t, s + i, rd->b - i);
 		t += rd->b - i;
@@ -3087,13 +3134,19 @@ igetmatch(char **sp, Patprog p, int fl, int n, char *replstr,
 	    start[lleft] = '\0';
 	    *sp = (char *)start;
 	}
+	patfreestr(&patstralloc);
 	return 1;
     }
-    if (fl & SUB_LIST)		/* safety: don't think this can happen */
+    if (fl & SUB_LIST) {	/* safety: don't think this can happen */
+	patfreestr(&patstralloc);
 	return 0;
+    }
 
     /* munge the whole string: no match, so no replstr */
-    *sp = get_match_ret(*sp, 0, 0, fl, 0, 0);
+    imd.replstr = NULL;
+    imd.repllist = NULL;
+    *sp = get_match_ret(&imd, 0, 0);
+    patfreestr(&patstralloc);
     return (fl & SUB_RETFAIL) ? 0 : 1;
 }
 
@@ -3111,7 +3164,7 @@ static int
 igetmatch(char **sp, Patprog p, int fl, int n, char *replstr,
 	  LinkList *repllistp)
 {
-    char *s = *sp, *t;
+    char *s = *sp, *t, *send;
     /*
      * Note that ioff and uml count characters in the character
      * set (Meta's are not included), while l counts characters in the
@@ -3119,36 +3172,48 @@ igetmatch(char **sp, Patprog p, int fl, int n, char *replstr,
      * lengths.
      */
     int ioff, l = strlen(*sp), uml = ztrlen(*sp), matched = 1, umlen;
-    /*
-     * List of bits of matches to concatenate with replacement string.
-     * The data is a struct repldata.  It is not used in cases like
-     * ${...//#foo/bar} even though SUB_GLOBAL is set, since the match
-     * is anchored.  It goes on the heap.
-     */
-    LinkList repllist = NULL;
+    struct patstralloc patstralloc;
+    struct imatchdata imd;
+
+    (void)patallocstr(p, s, l, uml, 1, &patstralloc);
+    s = patstralloc.alloced;
+    DPUTS(!s, "forced patallocstr failed");
+    send = s + uml;
+
+    imd.mstr = *sp;
+    imd.mlen = l;
+    imd.ustr = s;
+    imd.ulen = uml;
+    imd.flags = fl;
+    imd.replstr = replstr;
+    imd.repllist = NULL;
 
     /* perform must-match test for complex closures */
     if (p->mustoff)
     {
-	/*
-	 * Yuk.  Probably we should rewrite this whole function to
-	 * use an unmetafied test string.
-	 *
-	 * Use META_HEAPDUP because we need a terminating NULL.
-	 */
-	char *muststr = metafy((char *)p + p->mustoff,
-			       p->patmlen, META_HEAPDUP);
+	char *muststr = (char *)p + p->mustoff;
 
-	if (!strstr(s, muststr))
-	    matched = 0;
+	matched = 0;
+	if (p->patmlen <= uml)
+	{
+	    for (t = s; t <= send - p->patmlen; t++)
+	    {
+		if (!memcmp(muststr, t, p->patmlen)) {
+		    matched = 1;
+		    break;
+		}
+	    }
+	}
     }
 
     /* in case we used the prog before... */
     p->flags &= ~(PAT_NOTSTART|PAT_NOTEND);
 
     if (fl & SUB_ALL) {
-	int i = matched && pattry(p, s);
-	*sp = get_match_ret(*sp, 0, i ? l : 0, fl, i ? replstr : 0, NULL);
+	int i = matched && pattrylen(p, s, uml, 0, &patstralloc, 0);
+	if (!i)
+	    imd.replstr = NULL;
+	*sp = get_match_ret(&imd, 0, i ? l : 0);
 	if (! **sp && (((fl & SUB_MATCH) && !i) || ((fl & SUB_REST) && i)))
 	    return 0;
 	return 1;
@@ -3161,23 +3226,25 @@ igetmatch(char **sp, Patprog p, int fl, int n, char *replstr,
 	     * Largest/smallest possible match at head of string.
 	     * First get the longest match...
 	     */
-	    if (pattry(p, s)) {
+	    if (pattrylen(p, s, uml, 0, &patstralloc, 0)) {
 		/* patmatchlen returns metafied length, as we need */
 	        int mlen = patmatchlen();
 		if (!(fl & SUB_LONG) && !(p->flags & PAT_PURES)) {
+		    send = s + mlen;
 		    /*
 		     * ... now we know whether it's worth looking for the
 		     * shortest, which we do by brute force.
 		     */
 		    for (t = s, umlen = 0; t < s + mlen; METAINC(t), umlen++) {
 			set_pat_end(p, *t);
-			if (pattrylen(p, s, t - s, umlen, NULL, 0)) {
+			if (pattrylen(p, s, umlen, 0, &patstralloc, 0)) {
 			    mlen = patmatchlen();
 			    break;
 			}
 		    }
 		}
-		*sp = get_match_ret(*sp, 0, mlen, fl, replstr, NULL);
+		*sp = get_match_ret(&imd, 0, mlen);
+		patfreestr(&patstralloc);
 		return 1;
 	    }
 	    break;
@@ -3186,17 +3253,13 @@ igetmatch(char **sp, Patprog p, int fl, int n, char *replstr,
 	    /* Smallest possible match at tail of string:  *
 	     * move back down string until we get a match. *
 	     * There's no optimization here.               */
-	    for (ioff = uml, t = s + l, umlen = 0; t >= s;
+	    for (ioff = uml, t = send, umlen = 0; t >= s;
 		 t--, ioff--, umlen++) {
-		if (t > s && t[-1] == Meta)
-		    t--;
 		set_pat_start(p, t-s);
-		if (pattrylen(p, t, s + l - t, umlen, NULL, ioff)) {
-		    *sp = get_match_ret(*sp, t - s, l, fl, replstr, NULL);
+		if (pattrylen(p, t, umlen, 0, &patstralloc, ioff)) {
+		    *sp = get_match_ret(&imd, t - s, uml);
 		    return 1;
 		}
-		if (t > s+1 && t[-2] == Meta)
-		    t--;
 	    }
 	    break;
 
@@ -3204,61 +3267,59 @@ igetmatch(char **sp, Patprog p, int fl, int n, char *replstr,
 	    /* Largest possible match at tail of string:       *
 	     * move forward along string until we get a match. *
 	     * Again there's no optimisation.                  */
-	    for (ioff = 0, t = s, umlen = uml; t < s + l;
-		 ioff++, METAINC(t), umlen--) {
+	    for (ioff = 0, t = s, umlen = uml; t < send;
+		 ioff++, t++, umlen--) {
 		set_pat_start(p, t-s);
-		if (pattrylen(p, t, s + l - t, umlen, NULL, ioff)) {
-		    *sp = get_match_ret(*sp, t-s, l, fl, replstr, NULL);
+		if (pattrylen(p, t, send - t, umlen, &patstralloc, ioff)) {
+		    *sp = get_match_ret(&imd, t-s, uml);
 		    return 1;
 		}
-		if (*t == Meta)
-		    t++;
 	    }
 	    break;
 
 	case SUB_SUBSTR:
 	    /* Smallest at start, but matching substrings. */
 	    set_pat_start(p, l);
-	    if (!(fl & SUB_GLOBAL) && pattry(p, s + l) && !--n) {
-		*sp = get_match_ret(*sp, 0, 0, fl, replstr, NULL);
+	    if (!(fl & SUB_GLOBAL) &&
+		pattrylen(p, send, 0, 0, &patstralloc, 0) && !--n) {
+		*sp = get_match_ret(&imd, 0, 0);
 		return 1;
 	    } /* fall through */
 	case (SUB_SUBSTR|SUB_LONG):
 	    /* longest or smallest at start with substrings */
 	    t = s;
 	    if (fl & SUB_GLOBAL) {
-		repllist = newlinklist();
+		imd.repllist = newlinklist();
 		if (repllistp)
-		    *repllistp = repllist;
+		    *repllistp = imd.repllist;
 	    }
 	    ioff = 0;		/* offset into string */
 	    umlen = uml;
 	    do {
 		/* loop over all matches for global substitution */
 		matched = 0;
-		for (; t < s + l; METAINC(t), ioff++, umlen--) {
+		for (; t < send; t++, ioff++, umlen--) {
 		    /* Find the longest match from this position. */
 		    set_pat_start(p, t-s);
-		    if (pattrylen(p, t, s + l - t, umlen, NULL, ioff)) {
+		    if (pattrylen(p, t, send - t, umlen, &patstralloc, ioff)) {
 			char *mpos = t + patmatchlen();
 			if (!(fl & SUB_LONG) && !(p->flags & PAT_PURES)) {
 			    char *ptr;
 			    int umlen2;
 			    for (ptr = t, umlen2 = 0; ptr < mpos;
-				 METAINC(ptr), umlen2++) {
+				 ptr++, umlen2++) {
 				set_pat_end(p, *ptr);
 				if (pattrylen(p, t, ptr - t, umlen2,
-					      NULL, ioff)) {
+					      &patstralloc, ioff)) {
 				    mpos = t + patmatchlen();
 				    break;
 				}
 			    }
 			}
 			if (!--n || (n <= 0 && (fl & SUB_GLOBAL))) {
-			    *sp = get_match_ret(*sp, t-s, mpos-s, fl,
-						replstr, repllist);
+			    *sp = get_match_ret(&imd, t-s, mpos-s);
 			    if (mpos == t)
-				METAINC(mpos);
+				mpos++;
 			}
 			if (!(fl & SUB_GLOBAL)) {
 			    if (n) {
@@ -3278,13 +3339,13 @@ igetmatch(char **sp, Patprog p, int fl, int n, char *replstr,
 			 * which is already marked for replacement.
 			 */
 			matched = 1;
-			for ( ; t < mpos; t++, ioff++, umlen--)
-			    if (*t == Meta)
-				t++;
+			while (t < mpos) {
+			    ioff++;
+			    umlen--;
+			    t++;
+			}
 			break;
 		    }
-		    if (*t == Meta)
-			t++;
 		}
 	    } while (matched);
 	    /*
@@ -3294,8 +3355,9 @@ igetmatch(char **sp, Patprog p, int fl, int n, char *replstr,
 	     */
 	    set_pat_start(p, l);
 	    if ((fl & (SUB_LONG|SUB_GLOBAL)) == SUB_LONG &&
-		pattry(p, s + l) && !--n) {
-		*sp = get_match_ret(*sp, 0, 0, fl, replstr, repllist);
+		pattrylen(p, send, 0, 0, &patstralloc, 0) && !--n) {
+		*sp = get_match_ret(&imd, 0, 0);
+		patfreestr(&patstralloc);
 		return 1;
 	    }
 	    break;
@@ -3305,47 +3367,50 @@ igetmatch(char **sp, Patprog p, int fl, int n, char *replstr,
 	    /* Longest/shortest at end, matching substrings.       */
 	    if (!(fl & SUB_LONG)) {
 		set_pat_start(p, l);
-		if (pattrylen(p, s + l, 0, 0, NULL, uml) && !--n) {
-		    *sp = get_match_ret(*sp, l, l, fl, replstr, NULL);
+		if (pattrylen(p, send, 0, 0, &patstralloc, uml) && !--n) {
+		    *sp = get_match_ret(&imd, uml, uml);
+		    patfreestr(&patstralloc);
 		    return 1;
 		}
 	    }
-	    for (ioff = uml - 1, t = s + l - 1, umlen = 1; t >= s;
+	    for (ioff = uml - 1, t = send - 1, umlen = 1; t >= s;
 		 t--, ioff--, umlen++) {
-		if (t > s && t[-1] == Meta)
-		    t--;
 		set_pat_start(p, t-s);
-		if (pattrylen(p, t, s + l - t, umlen, NULL, ioff) && !--n) {
+		if (pattrylen(p, t, send - t, umlen, &patstralloc, ioff) &&
+		    !--n) {
 		    /* Found the longest match */
 		    char *mpos = t + patmatchlen();
 		    if (!(fl & SUB_LONG) && !(p->flags & PAT_PURES)) {
 			char *ptr;
 			int umlen2;
 			for (ptr = t, umlen2 = 0; ptr < mpos;
-			     METAINC(ptr), umlen2++) {
+			     ptr++, umlen2++) {
 			    set_pat_end(p, *ptr);
-			    if (pattrylen(p, t, ptr - t, umlen2, NULL, ioff)) {
+			    if (pattrylen(p, t, umlen2, 0, &patstralloc,
+					  ioff)) {
 				mpos = t + patmatchlen();
 				break;
 			    }
 			}
 		    }
-		    *sp = get_match_ret(*sp, t-s, mpos-s, fl,
-					replstr, NULL);
+		    *sp = get_match_ret(&imd, t-s, mpos-s);
+		    patfreestr(&patstralloc);
 		    return 1;
 		}
 	    }
 	    set_pat_start(p, l);
-	    if ((fl & SUB_LONG) && pattrylen(p, s + l, 0, 0, NULL, uml) &&
+	    if ((fl & SUB_LONG) && pattrylen(p, send, 0, 0,
+					     &patstralloc, uml) &&
 		!--n) {
-		*sp = get_match_ret(*sp, l, l, fl, replstr, NULL);
+		*sp = get_match_ret(&imd, uml, uml);
+		patfreestr(&patstralloc);
 		return 1;
 	    }
 	    break;
 	}
     }
 
-    if (repllist && nonempty(repllist)) {
+    if (imd.repllist && nonempty(imd.repllist)) {
 	/* Put all the bits of a global search and replace together. */
 	LinkNode nd;
 	Repldata rd;
@@ -3353,8 +3418,13 @@ igetmatch(char **sp, Patprog p, int fl, int n, char *replstr,
 	char *ptr, *start;
 	int i;
 
+	/*
+	 * Use metafied string again.
+	 * Results from get_match_ret in repllist are all metafied.
+	 */
+	s = *sp;
 	i = 0;			/* start of last chunk we got from *sp */
-	for (nd = firstnode(repllist); nd; incnode(nd)) {
+	for (nd = firstnode(imd.repllist); nd; incnode(nd)) {
 	    rd = (Repldata) getdata(nd);
 	    lleft += rd->b - i; /* previous chunk of *sp */
 	    lleft += strlen(rd->replstr);	/* the replaced bit */
@@ -3363,7 +3433,7 @@ igetmatch(char **sp, Patprog p, int fl, int n, char *replstr,
 	lleft += l - i;	/* final chunk from *sp */
 	start = t = zhalloc(lleft+1);
 	i = 0;
-	for (nd = firstnode(repllist); nd; incnode(nd)) {
+	for (nd = firstnode(imd.repllist); nd; incnode(nd)) {
 	    rd = (Repldata) getdata(nd);
 	    memcpy(t, s + i, rd->b - i);
 	    t += rd->b - i;
@@ -3375,11 +3445,15 @@ igetmatch(char **sp, Patprog p, int fl, int n, char *replstr,
 	memcpy(t, s + i, l - i);
 	start[lleft] = '\0';
 	*sp = (char *)start;
+	patfreestr(&patstralloc);
 	return 1;
     }
 
     /* munge the whole string: no match, so no replstr */
-    *sp = get_match_ret(*sp, 0, 0, fl, 0, 0);
+    imd.replstr = NULL;
+    imd.repllist = NULL;
+    *sp = get_match_ret(&imd, 0, 0);
+    patfreestr(&patstralloc);
     return 1;
 }
 
diff --git a/Src/pattern.c b/Src/pattern.c
index 03ba37d..8de372c 100644
--- a/Src/pattern.c
+++ b/Src/pattern.c
@@ -2204,7 +2204,10 @@ pattrylen(Patprog prog, char *string, int len, int unmetalen,
  * the pattern module) at which we are trying to match.
  * This is added in to the positions recorded in patbeginp and patendp
  * when we are looking for substrings.  Currently this only happens
- * in the parameter substitution code.
+ * in the parameter substitution code.  It refers to a real character
+ * offset, i.e. is already in the form ready for presentation to the
+ * general public --- this is necessary as we don't have the
+ * information to convert it down here.
  *
  * Note this is a character offset, i.e. a single possibly metafied and
  * possibly multibyte character counts as 1.
@@ -2292,7 +2295,8 @@ pattryrefs(Patprog prog, char *string, int stringlen, int unmetalenin,
 	     */
 	    if (!patstralloc->progstrunmeta)
 	    {
-		patstralloc->progstrunmeta = dupstring(progstr);
+		patstralloc->progstrunmeta =
+		    dupstrpfx(progstr, (int)prog->patmlen);
 		unmetafy(patstralloc->progstrunmeta,
 			 &patstralloc->progstrunmetalen);
 	    }
@@ -2346,7 +2350,7 @@ pattryrefs(Patprog prog, char *string, int stringlen, int unmetalenin,
 		 * In the orignal structure, but it might be unmetafied
 		 * for use with an unmetafied test string.
 		 */
-		patinlen = (int)prog->patmlen;
+		patinlen = pstrlen;
 		/* if matching files, must update globbing flags */
 		patglobflags = prog->globend;
 
@@ -2360,7 +2364,7 @@ pattryrefs(Patprog prog, char *string, int stringlen, int unmetalenin,
 			 * Unmetafied: pstrlen contains unmetafied
 			 * length in bytes.
 			 */
-			str = metafy(patinstart, pstrlen, META_ALLOC);
+			str = metafy(patinstart, pstrlen, META_DUP);
 			mlen = CHARSUB(patinstart, patinstart + pstrlen);
 		    } else {
 			str = ztrduppfx(patinstart, patinlen);
@@ -2454,8 +2458,8 @@ pattryrefs(Patprog prog, char *string, int stringlen, int unmetalenin,
 	    /*
 	     * Optimization: if we didn't find any Meta characters
 	     * to begin with, we don't need to look for them now.
-	     * Only do this if we did the unmetfication internally,
-	     * since otherwise it's too hard to work out.
+	     *
+	     * For patstralloc pased in, we want the unmetafied length.
 	     */
 	    if (patstralloc == &patstralloc_struct &&
 		patstralloc->unmetalen != origlen) {
@@ -2588,7 +2592,9 @@ pattryrefs(Patprog prog, char *string, int stringlen, int unmetalenin,
 
 /*
  * Return length of previous succesful match.  This is
- * in metafied bytes, i.e. includes a count of Meta characters.
+ * in metafied bytes, i.e. includes a count of Meta characters,
+ * unless the match was done on an unmetafied string using
+ * a patstralloc stuct, in which case it, too is unmetafed.
  * Unusual and futile attempt at modular encapsulation.
  */
 
diff --git a/Src/zsh.h b/Src/zsh.h
index 32f2e0c..15fa5e4 100644
--- a/Src/zsh.h
+++ b/Src/zsh.h
@@ -480,6 +480,7 @@ typedef struct heap      *Heap;
 typedef struct heapstack *Heapstack;
 typedef struct histent   *Histent;
 typedef struct hookdef   *Hookdef;
+typedef struct imatchdata *Imatchdata;
 typedef struct jobfile   *Jobfile;
 typedef struct job       *Job;
 typedef struct linkedmod *Linkedmod;
@@ -1593,6 +1594,31 @@ typedef struct zpc_disables_save *Zpc_disables_save;
 /* Range: token followed by the (possibly multibyte) start and end */
 #define PP_RANGE  21
 
+/*
+ * Argument to get_match_ret() in glob.c
+ */
+struct imatchdata {
+    /* Metafied trial string */
+    char *mstr;
+    /* Its length */
+    int mlen;
+    /* Unmetafied string */
+    char *ustr;
+    /* Its length */
+    int ulen;
+    /* Flags (SUB_*) */
+    int flags;
+    /* Replacement string (metafied) */
+    char *replstr;
+    /*
+     * List of bits of matches to concatenate with replacement string.
+     * The data is a struct repldata.  It is not used in cases like
+     * ${...//#foo/bar} even though SUB_GLOBAL is set, since the match
+     * is anchored.  It goes on the heap.
+     */
+    LinkList repllist;
+};
+
 /* Globbing flags: lower 8 bits gives approx count */
 #define GF_LCMATCHUC	0x0100
 #define GF_IGNCASE	0x0200

Re: Substitution ${...///} slows down when certain UTF character occurs

[Bart Schaefer]

On Sep 29,  7:37pm, Peter Stephenson wrote:
}
} This uses the new interface.  I haven't done any testing apart from the
} normal test suite.

I ran my looping version of Sebastian's test program and got comparable
(fast!) times for all of his samples.

Re: Substitution ${...///} slows down when certain UTF character occurs

[Peter Stephenson]

On Tue, 29 Sep 2015 12:23:56 -0700
Bart Schaefer <schaefer@brasslantern.com> wrote:
> On Sep 29,  7:37pm, Peter Stephenson wrote:
> }
> } This uses the new interface.  I haven't done any testing apart from the
> } normal test suite.
> 
> I ran my looping version of Sebastian's test program and got comparable
> (fast!) times for all of his samples.

OK, that suggests we're now allocating memory infrequently enough (as
intended) that it's safe to put it on the heap, which simplifies things
further.  One other unnecessary chunk removed.

pws

diff --git a/Src/glob.c b/Src/glob.c
index d998663..24e60d0 100644
--- a/Src/glob.c
+++ b/Src/glob.c
@@ -2478,9 +2478,6 @@ get_match_ret(Imatchdata imd, int b, int e)
 	if (imeta(*p))
 	    add++;
     e += add;
-    for (; p < imd->ustr + imd->ulen; p++)
-	if (imeta(*p))
-	    add++;
 
     /* Everything now refers to metafied lengths. */
     if (replstr || (fl & SUB_LIST)) {
@@ -2808,7 +2805,6 @@ igetmatch(char **sp, Patprog p, int fl, int n, char *replstr,
 	    imd.replstr = NULL;
 	}
 	*sp = get_match_ret(&imd, 0, umltot);
-	patfreestr(&patstralloc);
 	if (! **sp && (((fl & SUB_MATCH) && !i) || ((fl & SUB_REST) && i)))
 	    return 0;
 	return 1;
@@ -2856,7 +2852,6 @@ igetmatch(char **sp, Patprog p, int fl, int n, char *replstr,
 		    }
 		}
 		*sp = get_match_ret(&imd, 0, mlen);
-		patfreestr(&patstralloc);
 		return 1;
 	    }
 	    break;
@@ -2884,13 +2879,11 @@ igetmatch(char **sp, Patprog p, int fl, int n, char *replstr,
 	    }
 	    if (tmatch) {
 		*sp = get_match_ret(&imd, tmatch - s, umltot);
-		patfreestr(&patstralloc);
 		return 1;
 	    }
 	    if (!(fl & SUB_START) && pattrylen(p, s + umltot, 0, 0,
 					       &patstralloc, ioff)) {
 		*sp = get_match_ret(&imd, umltot, umltot);
-		patfreestr(&patstralloc);
 		return 1;
 	    }
 	    break;
@@ -2904,7 +2897,6 @@ igetmatch(char **sp, Patprog p, int fl, int n, char *replstr,
 		set_pat_start(p, t-s);
 		if (pattrylen(p, t, umlen, 0, &patstralloc, ioff)) {
 		    *sp = get_match_ret(&imd, t-s, umltot);
-		    patfreestr(&patstralloc);
 		    return 1;
 		}
 		if (fl & SUB_START)
@@ -2914,7 +2906,6 @@ igetmatch(char **sp, Patprog p, int fl, int n, char *replstr,
 	    if (!(fl & SUB_START) && pattrylen(p, send, 0, 0,
 					       &patstralloc, ioff)) {
 		*sp = get_match_ret(&imd, umltot, umltot);
-		patfreestr(&patstralloc);
 		return 1;
 	    }
 	    break;
@@ -2926,7 +2917,6 @@ igetmatch(char **sp, Patprog p, int fl, int n, char *replstr,
 		pattrylen(p, send, 0, 0, &patstralloc, 0) &&
 		!--n) {
 		*sp = get_match_ret(&imd, 0, 0);
-		patfreestr(&patstralloc);
 		return 1;
 	    } /* fall through */
 	case (SUB_SUBSTR|SUB_LONG):
@@ -2984,7 +2974,6 @@ igetmatch(char **sp, Patprog p, int fl, int n, char *replstr,
 				umlen -= iincchar(&t, send - t);
 				continue;
 			    } else {
-				patfreestr(&patstralloc);
 				return 1;
 			    }
 			}
@@ -3011,7 +3000,6 @@ igetmatch(char **sp, Patprog p, int fl, int n, char *replstr,
 	    if ((fl & (SUB_LONG|SUB_GLOBAL)) == SUB_LONG &&
 		pattrylen(p, send, 0, 0, &patstralloc, 0) && !--n) {
 		*sp = get_match_ret(&imd, 0, 0);
-		patfreestr(&patstralloc);
 		return 1;
 	    }
 	    break;
@@ -3024,7 +3012,6 @@ igetmatch(char **sp, Patprog p, int fl, int n, char *replstr,
 		if (pattrylen(p, send, 0, 0, &patstralloc, umltot) &&
 		    !--n) {
 		    *sp = get_match_ret(&imd, umltot, umltot);
-		    patfreestr(&patstralloc);
 		    return 1;
 		}
 	    }
@@ -3081,7 +3068,6 @@ igetmatch(char **sp, Patprog p, int fl, int n, char *replstr,
 		    }
 		}
 		*sp = get_match_ret(&imd, tmatch-s, mpos-s);
-		patfreestr(&patstralloc);
 		return 1;
 	    }
 	    set_pat_start(p, l);
@@ -3089,7 +3075,6 @@ igetmatch(char **sp, Patprog p, int fl, int n, char *replstr,
 					     &patstralloc, umltot) &&
 		!--n) {
 		*sp = get_match_ret(&imd, umltot, umltot);
-		patfreestr(&patstralloc);
 		return 1;
 	    }
 	    break;
@@ -3134,11 +3119,9 @@ igetmatch(char **sp, Patprog p, int fl, int n, char *replstr,
 	    start[lleft] = '\0';
 	    *sp = (char *)start;
 	}
-	patfreestr(&patstralloc);
 	return 1;
     }
     if (fl & SUB_LIST) {	/* safety: don't think this can happen */
-	patfreestr(&patstralloc);
 	return 0;
     }
 
@@ -3146,7 +3129,6 @@ igetmatch(char **sp, Patprog p, int fl, int n, char *replstr,
     imd.replstr = NULL;
     imd.repllist = NULL;
     *sp = get_match_ret(&imd, 0, 0);
-    patfreestr(&patstralloc);
     return (fl & SUB_RETFAIL) ? 0 : 1;
 }
 
@@ -3244,7 +3226,6 @@ igetmatch(char **sp, Patprog p, int fl, int n, char *replstr,
 		    }
 		}
 		*sp = get_match_ret(&imd, 0, mlen);
-		patfreestr(&patstralloc);
 		return 1;
 	    }
 	    break;
@@ -3357,7 +3338,6 @@ igetmatch(char **sp, Patprog p, int fl, int n, char *replstr,
 	    if ((fl & (SUB_LONG|SUB_GLOBAL)) == SUB_LONG &&
 		pattrylen(p, send, 0, 0, &patstralloc, 0) && !--n) {
 		*sp = get_match_ret(&imd, 0, 0);
-		patfreestr(&patstralloc);
 		return 1;
 	    }
 	    break;
@@ -3369,7 +3349,6 @@ igetmatch(char **sp, Patprog p, int fl, int n, char *replstr,
 		set_pat_start(p, l);
 		if (pattrylen(p, send, 0, 0, &patstralloc, uml) && !--n) {
 		    *sp = get_match_ret(&imd, uml, uml);
-		    patfreestr(&patstralloc);
 		    return 1;
 		}
 	    }
@@ -3394,7 +3373,6 @@ igetmatch(char **sp, Patprog p, int fl, int n, char *replstr,
 			}
 		    }
 		    *sp = get_match_ret(&imd, t-s, mpos-s);
-		    patfreestr(&patstralloc);
 		    return 1;
 		}
 	    }
@@ -3403,7 +3381,6 @@ igetmatch(char **sp, Patprog p, int fl, int n, char *replstr,
 					     &patstralloc, uml) &&
 		!--n) {
 		*sp = get_match_ret(&imd, uml, uml);
-		patfreestr(&patstralloc);
 		return 1;
 	    }
 	    break;
@@ -3445,7 +3422,6 @@ igetmatch(char **sp, Patprog p, int fl, int n, char *replstr,
 	memcpy(t, s + i, l - i);
 	start[lleft] = '\0';
 	*sp = (char *)start;
-	patfreestr(&patstralloc);
 	return 1;
     }
 
@@ -3453,7 +3429,6 @@ igetmatch(char **sp, Patprog p, int fl, int n, char *replstr,
     imd.replstr = NULL;
     imd.repllist = NULL;
     *sp = get_match_ret(&imd, 0, 0);
-    patfreestr(&patstralloc);
     return 1;
 }
 
diff --git a/Src/pattern.c b/Src/pattern.c
index 8de372c..68a3409 100644
--- a/Src/pattern.c
+++ b/Src/pattern.c
@@ -2028,8 +2028,8 @@ pattrystart(void)
  *
  * Unmetafy a trial string for use in pattern matching, if needed.
  *
- * If it is needed, returns a zalloc()'d string; if not needed, returns
- * NULL.
+ * If it is needed, returns a heap allocated string; if not needed,
+ * returns NULL.
  *
  * prog is the pattern to be executed.
  * string is the metafied trial string.
@@ -2046,7 +2046,7 @@ pattrystart(void)
  *  unmetalenp is the umetafied length of a path segment preceeding
  *    the trial string needed for file mananagement; it is calculated as
  *    needed so does not need to be initialised.
- *  alloced is the memory allocated --- same as return value from
+ *  alloced is the memory allocated on the heap --- same as return value from
  *    function.
  */
 /**/
@@ -2097,7 +2097,7 @@ char *patallocstr(Patprog prog, char *string, int stringlen, int unmetalen,
 	int i, icopy, ncopy;
 
 	dst = patstralloc->alloced =
-	    zalloc(patstralloc->unmetalen + patstralloc->unmetalenp);
+	    zhalloc(patstralloc->unmetalen + patstralloc->unmetalenp);
 
 	if (needfullpath) {
 	    /* loop twice, copy path buffer first time */
@@ -2134,20 +2134,6 @@ char *patallocstr(Patprog prog, char *string, int stringlen, int unmetalen,
 
 
 /*
- * Free memory allocated by patallocstr().
- */
-
-/**/
-mod_export
-void patfreestr(Patstralloc patstralloc)
-{
-    if (patstralloc->alloced)
-	zfree(patstralloc->alloced,
-	      patstralloc->unmetalen + patstralloc->unmetalenp);
-}
-
-
-/*
  * Test prog against null-terminated, metafied string.
  */
 
@@ -2189,8 +2175,9 @@ pattrylen(Patprog prog, char *string, int len, int unmetalen,
  * done if there is no path prefix (pathpos == 0) as otherwise the path
  * buffer and unmetafied string may not match.  To do this,
  * patallocstr() is callled (use force = 1 to ensure it is alway
- * unmetafied); paststralloc points to existing storage.  When all
- * pattern matching is done, patfreestr() is called.
+ * unmetafied); paststralloc points to existing storage. Memory is
+ * on the heap.
+ *
  * patstralloc->alloced and patstralloc->unmetalen contain the
  * unmetafied string and its length.  In that case, the rules for the
  * earlier arguments change:
@@ -2387,8 +2374,6 @@ pattryrefs(Patprog prog, char *string, int stringlen, int unmetalenin,
 	    }
 	}
 
-	if (patstralloc == &patstralloc_struct)
-	    patfreestr(patstralloc);
 	return ret;
     } else {
 	int q = queue_signal_level();
@@ -2425,8 +2410,6 @@ pattryrefs(Patprog prog, char *string, int stringlen, int unmetalenin,
 	    }
 	}
 	if (!ret) {
-	    if (patstralloc == &patstralloc_struct)
-		patfreestr(patstralloc);
 	    return 0;
 	}
 
@@ -2583,9 +2566,6 @@ pattryrefs(Patprog prog, char *string, int stringlen, int unmetalenin,
 
 	restore_queue_signals(q);
 
-	if (patstralloc == &patstralloc_struct)
-	    patfreestr(patstralloc);
-
 	return ret;
     }
 }

Re: Substitution ${...///} slows down when certain UTF character occurs

[Peter Stephenson]

On Wed, 30 Sep 2015 09:59:50 +0100
Peter Stephenson <p.stephenson@samsung.com> wrote:
> On Tue, 29 Sep 2015 12:23:56 -0700
> Bart Schaefer <schaefer@brasslantern.com> wrote:
> > On Sep 29,  7:37pm, Peter Stephenson wrote:
> > }
> > } This uses the new interface.  I haven't done any testing apart from the
> > } normal test suite.
> > 
> > I ran my looping version of Sebastian's test program and got comparable
> > (fast!) times for all of his samples.
> 
> OK, that suggests we're now allocating memory infrequently enough (as
> intended) that it's safe to put it on the heap, which simplifies things
> further.  One other unnecessary chunk removed.

Except it doesn't work yet.

In some complex git completion --- reproducible only in one set up ---
the heap allocation is apparently going out of bounds.  Yet I've checked
and nothing seems able to happen that can affect this.  If I add
debugging, the same pointer is reported as returned from zhalloc() that
is later claimed to be out of bounds.  Yet with more debugging there's
no popheap() or switch_heap() happening, as by eye there can't be.  I'm
a bit stuck; how can a piece of memory returned by zhalloc() suddenly go
invalid?

valgrind agrees with gdb but doesn't give any more help.

Maybe we're just running out of memory after all?  That's a pretty big
stack...  I think it's a clue that the address reported as failed
usually ends in three 000's while as you'd expect the allocated address
is basically randomly 4-byte alligned in general.  A further clue is the
crash is never quite in the same place twice, just in some pattryrefs()
within igetmatch().

pushing and popping the heap locally doesn't work as we need to pass
stuff back on the heap.

Maybe I should just go back to zalloc().

pws

#0  0x0000000000495438 in pattryrefs (prog=0x2b3cc2f29fc0, 
    string=0x2b3cc2f2a000 <Address 0x2b3cc2f2a000 out of bounds>, stringlen=0, 
    unmetalenin=0, patstralloc=0x7fffa76b7fe0, patoffset=0, nump=0x0, 
    begp=0x0, endp=0x0) at pattern.c:2228
#1  0x00000000004953b3 in pattrylen (prog=0x2b3cc2f29fc0, 
    string=0x2b3cc2f2a000 <Address 0x2b3cc2f2a000 out of bounds>, len=0, 
    unmetalen=0, patstralloc=0x7fffa76b7fe0, offset=0) at pattern.c:2158
#2  0x0000000000445e82 in igetmatch (sp=0x7fffa76b8210, p=0x2b3cc2f29fc0, 
    fl=22, n=1, replstr=0x2b3cc2f29f90 ",", repllistp=0x0) at glob.c:3001
#3  0x000000000044502d in getmatch (sp=0x7fffa76b8210, 
    pat=0x2b3cc2f29f8c " ->", fl=22, n=1, replstr=0x2b3cc2f29f90 ",")
    at glob.c:2630
#4  0x00000000004a8d1b in paramsubst (l=0x7fffa76b88c0, n=0x7fffa76b88a0, 
    str=0x7fffa76b8610, qt=0, pf_flags=4) at subst.c:2939
#5  0x00000000004a33c7 in stringsubst (list=0x7fffa76b88c0, 
    node=0x7fffa76b88a0, pf_flags=4, asssub=0) at subst.c:236
#6  0x00000000004a271d in prefork (list=0x7fffa76b88c0, flags=6) at subst.c:77
#7  0x000000000043287a in addvars (state=0x7fffa76b9890, pc=0x1fa8918, 
    addflags=0) at exec.c:2291
#8  0x000000000042e603 in execsimple (state=0x7fffa76b9890) at exec.c:1118
#9  0x000000000042ebfb in execlist (state=0x7fffa76b9890, dont_change_job=1, 
    exiting=0) at exec.c:1255
#10 0x0000000000465f6c in execfor (state=0x7fffa76b9890, do_exec=0)
    at loop.c:175
#11 0x0000000000436a46 in execcmd (state=0x7fffa76b9890, input=0, output=0, 
    how=2, last1=2) at exec.c:3473
#12 0x000000000043113e in execpline2 (state=0x7fffa76b9890, pcode=1219, how=2, 
    input=0, output=0, last1=0) at exec.c:1747
#13 0x000000000042fbc5 in execpline (state=0x7fffa76b9890, slcode=133122, 
    how=2, last1=0) at exec.c:1525
#14 0x000000000042ed58 in execlist (state=0x7fffa76b9890, dont_change_job=1, 
    exiting=0) at exec.c:1284
#15 0x000000000042e4b8 in execode (p=0x1fa4340, dont_change_job=1, exiting=0, 
    context=0x4c213a "shfunc") at exec.c:1075
#16 0x000000000043b4ac in runshfunc (prog=0x1fa4340, wrap=0x0, 
    name=0x2b3cc2f255b8 "__git_recent_commits") at exec.c:5357
#17 0x00002b3cc22ca8f0 in comp_wrapper (prog=0x1fa4340, w=0x0, 
    name=0x2b3cc2f255b8 "__git_recent_commits") at complete.c:1459
#18 0x000000000043b3f2 in runshfunc (prog=0x1fa4340, wrap=0x2b3cc24e97c0, 
    name=0x2b3cc2f255b8 "__git_recent_commits") at exec.c:5342
#19 0x000000000043ae6c in doshfunc (shfunc=0x1fa8e88, doshargs=0x2b3cc2f254e8, 
    noreturnval=0) at exec.c:5223
#20 0x000000000043a0c4 in execshfunc (shf=0x1fa8e88, args=0x2b3cc2f254e8)
    at exec.c:4854
#21 0x0000000000436c0a in execcmd (state=0x7fffa76bace0, input=0, output=0, 
    how=2, last1=2) at exec.c:3525
#22 0x000000000043113e in execpline2 (state=0x7fffa76bace0, pcode=323, how=2, 
    input=0, output=0, last1=0) at exec.c:1747
#23 0x000000000042fbc5 in execpline (state=0x7fffa76bace0, slcode=4162, how=2, 
    last1=0) at exec.c:1525
#24 0x000000000042eef6 in execlist (state=0x7fffa76bace0, dont_change_job=1, 
    exiting=0) at exec.c:1326
#25 0x000000000042e4b8 in execode (p=0x1fa41f0, dont_change_job=1, exiting=0, 
    context=0x4c213a "shfunc") at exec.c:1075
#26 0x000000000043b4ac in runshfunc (prog=0x1fa41f0, wrap=0x0, 
    name=0x2b3cc2f25280 "__git_commit_objects_prefer_recent") at exec.c:5357
#27 0x00002b3cc22ca8f0 in comp_wrapper (prog=0x1fa41f0, w=0x0, 
    name=0x2b3cc2f25280 "__git_commit_objects_prefer_recent")
    at complete.c:1459
#28 0x000000000043b3f2 in runshfunc (prog=0x1fa41f0, wrap=0x2b3cc24e97c0, 
    name=0x2b3cc2f25280 "__git_commit_objects_prefer_recent") at exec.c:5342
#29 0x000000000043ae6c in doshfunc (shfunc=0x1fa7aa0, doshargs=0x2b3cc2f25168, 
    noreturnval=0) at exec.c:5223
#30 0x000000000043a0c4 in execshfunc (shf=0x1fa7aa0, args=0x2b3cc2f25168)
    at exec.c:4854
#31 0x0000000000436c0a in execcmd (state=0x7fffa76bf790, input=0, output=0, 
    how=18, last1=2) at exec.c:3525
#32 0x000000000043113e in execpline2 (state=0x7fffa76bf790, pcode=3971, 
    how=18, input=0, output=0, last1=0) at exec.c:1747
#33 0x000000000042fbc5 in execpline (state=0x7fffa76bf790, slcode=3074, 
    how=18, last1=0) at exec.c:1525
#34 0x000000000042ed58 in execlist (state=0x7fffa76bf790, dont_change_job=1, 
    exiting=0) at exec.c:1284
#35 0x0000000000466adc in execwhile (state=0x7fffa76bf790, do_exec=0)
    at loop.c:452
#36 0x0000000000436a46 in execcmd (state=0x7fffa76bf790, input=0, output=0, 
    how=18, last1=2) at exec.c:3473
#37 0x000000000043113e in execpline2 (state=0x7fffa76bf790, pcode=3907, 
    how=18, input=0, output=0, last1=0) at exec.c:1747
#38 0x000000000042fbc5 in execpline (state=0x7fffa76bf790, slcode=15362, 
    how=18, last1=0) at exec.c:1525
#39 0x000000000042ed58 in execlist (state=0x7fffa76bf790, dont_change_job=1, 
    exiting=0) at exec.c:1284
#40 0x0000000000466edc in execif (state=0x7fffa76bf790, do_exec=0)
    at loop.c:565
#41 0x0000000000436a46 in execcmd (state=0x7fffa76bf790, input=0, output=0, 
    how=18, last1=2) at exec.c:3473
#42 0x000000000043113e in execpline2 (state=0x7fffa76bf790, pcode=1987, 
    how=18, input=0, output=0, last1=0) at exec.c:1747
#43 0x000000000042fbc5 in execpline (state=0x7fffa76bf790, slcode=148482, 
    how=18, last1=0) at exec.c:1525
#44 0x000000000042ed58 in execlist (state=0x7fffa76bf790, dont_change_job=1, 
    exiting=0) at exec.c:1284
#45 0x0000000000466edc in execif (state=0x7fffa76bf790, do_exec=0)
    at loop.c:565
#46 0x0000000000436a46 in execcmd (state=0x7fffa76bf790, input=0, output=0, 
    how=18, last1=2) at exec.c:3473
#47 0x000000000043113e in execpline2 (state=0x7fffa76bf790, pcode=1603, 
    how=18, input=0, output=0, last1=0) at exec.c:1747
#48 0x000000000042fbc5 in execpline (state=0x7fffa76bf790, slcode=180226, 
    how=18, last1=0) at exec.c:1525
#49 0x000000000042ed58 in execlist (state=0x7fffa76bf790, dont_change_job=1, 
    exiting=0) at exec.c:1284
#50 0x0000000000465f6c in execfor (state=0x7fffa76bf790, do_exec=0)
    at loop.c:175
#51 0x0000000000436a46 in execcmd (state=0x7fffa76bf790, input=0, output=0, 
    how=2, last1=2) at exec.c:3473
#52 0x000000000043113e in execpline2 (state=0x7fffa76bf790, pcode=1539, how=2, 
    input=0, output=0, last1=0) at exec.c:1747
#53 0x000000000042fbc5 in execpline (state=0x7fffa76bf790, slcode=186370, 
    how=2, last1=0) at exec.c:1525
#54 0x000000000042ed58 in execlist (state=0x7fffa76bf790, dont_change_job=1, 
    exiting=0) at exec.c:1284
#55 0x0000000000466adc in execwhile (state=0x7fffa76bf790, do_exec=0)
    at loop.c:452
#56 0x0000000000436a46 in execcmd (state=0x7fffa76bf790, input=0, output=0, 
    how=2, last1=2) at exec.c:3473
#57 0x000000000043113e in execpline2 (state=0x7fffa76bf790, pcode=1475, how=2, 
    input=0, output=0, last1=0) at exec.c:1747
#58 0x000000000042fbc5 in execpline (state=0x7fffa76bf790, slcode=206850, 
    how=2, last1=0) at exec.c:1525
#59 0x000000000042ed58 in execlist (state=0x7fffa76bf790, dont_change_job=1, 
    exiting=0) at exec.c:1284
#60 0x000000000042e4b8 in execode (p=0x1fc1cf0, dont_change_job=1, exiting=0, 
    context=0x4c213a "shfunc") at exec.c:1075
#61 0x000000000043b4ac in runshfunc (prog=0x1fc1cf0, wrap=0x0, 
    name=0x2b3cc2f23520 "_alternative") at exec.c:5357
#62 0x00002b3cc22ca8f0 in comp_wrapper (prog=0x1fc1cf0, w=0x0, 
    name=0x2b3cc2f23520 "_alternative") at complete.c:1459
#63 0x000000000043b3f2 in runshfunc (prog=0x1fc1cf0, wrap=0x2b3cc24e97c0, 
    name=0x2b3cc2f23520 "_alternative") at exec.c:5342
#64 0x000000000043ae6c in doshfunc (shfunc=0x1de5530, doshargs=0x2b3cc2f23318, 
    noreturnval=0) at exec.c:5223
#65 0x000000000043a0c4 in execshfunc (shf=0x1de5530, args=0x2b3cc2f23318)
    at exec.c:4854
#66 0x0000000000436c0a in execcmd (state=0x7fffa76c0be0, input=0, output=0, 
    how=18, last1=2) at exec.c:3525
#67 0x000000000043113e in execpline2 (state=0x7fffa76c0be0, pcode=963, how=18, 
    input=0, output=0, last1=0) at exec.c:1747
#68 0x000000000042fbc5 in execpline (state=0x7fffa76c0be0, slcode=6146, 
    how=18, last1=0) at exec.c:1525
#69 0x000000000042ed58 in execlist (state=0x7fffa76c0be0, dont_change_job=1, 
    exiting=0) at exec.c:1284
#70 0x000000000042e4b8 in execode (p=0x1fa4228, dont_change_job=1, exiting=0, 
    context=0x4c213a "shfunc") at exec.c:1075
#71 0x000000000043b4ac in runshfunc (prog=0x1fa4228, wrap=0x0, 
    name=0x2b3cc2f227f8 "__git_commits") at exec.c:5357
#72 0x00002b3cc22ca8f0 in comp_wrapper (prog=0x1fa4228, w=0x0, 
    name=0x2b3cc2f227f8 "__git_commits") at complete.c:1459
#73 0x000000000043b3f2 in runshfunc (prog=0x1fa4228, wrap=0x2b3cc24e97c0, 
    name=0x2b3cc2f227f8 "__git_commits") at exec.c:5342
#74 0x000000000043ae6c in doshfunc (shfunc=0x1fa7df0, doshargs=0x2b3cc2f22730, 
    noreturnval=0) at exec.c:5223
#75 0x000000000043a0c4 in execshfunc (shf=0x1fa7df0, args=0x2b3cc2f22730)
    at exec.c:4854
#76 0x0000000000436c0a in execcmd (state=0x7fffa76c2030, input=0, output=0, 
    how=18, last1=2) at exec.c:3525
#77 0x000000000043113e in execpline2 (state=0x7fffa76c2030, pcode=1155, 
    how=18, input=0, output=0, last1=0) at exec.c:1747
#78 0x000000000042fbc5 in execpline (state=0x7fffa76c2030, slcode=5122, 
    how=18, last1=0) at exec.c:1525
#79 0x000000000042ed58 in execlist (state=0x7fffa76c2030, dont_change_job=1, 
    exiting=0) at exec.c:1284
#80 0x000000000042e4b8 in execode (p=0x1fa44c8, dont_change_job=1, exiting=0, 
    context=0x4c213a "shfunc") at exec.c:1075
#81 0x000000000043b4ac in runshfunc (prog=0x1fa44c8, wrap=0x0, 
    name=0x2b3cc2d0deb0 "__git_commit_ranges") at exec.c:5357
#82 0x00002b3cc22ca8f0 in comp_wrapper (prog=0x1fa44c8, w=0x0, 
    name=0x2b3cc2d0deb0 "__git_commit_ranges") at complete.c:1459
#83 0x000000000043b3f2 in runshfunc (prog=0x1fa44c8, wrap=0x2b3cc24e97c0, 
    name=0x2b3cc2d0deb0 "__git_commit_ranges") at exec.c:5342
#84 0x000000000043ae6c in doshfunc (shfunc=0x1fa9a00, doshargs=0x2b3cc2d0de18, 
    noreturnval=0) at exec.c:5223
#85 0x000000000043a0c4 in execshfunc (shf=0x1fa9a00, args=0x2b3cc2d0de18)
    at exec.c:4854
#86 0x0000000000436c0a in execcmd (state=0x7fffa76c4a40, input=0, output=0, 
    how=2, last1=2) at exec.c:3525
#87 0x000000000043113e in execpline2 (state=0x7fffa76c4a40, pcode=1923, how=2, 
    input=0, output=0, last1=0) at exec.c:1747
#88 0x000000000042fbc5 in execpline (state=0x7fffa76c4a40, slcode=4130, how=2, 
    last1=0) at exec.c:1525
#89 0x000000000042eda7 in execlist (state=0x7fffa76c4a40, dont_change_job=1, 
    exiting=0) at exec.c:1293
#90 0x0000000000466edc in execif (state=0x7fffa76c4a40, do_exec=0)
    at loop.c:565
#91 0x0000000000436a46 in execcmd (state=0x7fffa76c4a40, input=0, output=0, 
    how=2, last1=2) at exec.c:3473
#92 0x000000000043113e in execpline2 (state=0x7fffa76c4a40, pcode=1859, how=2, 
    input=0, output=0, last1=0) at exec.c:1747
#93 0x000000000042fbc5 in execpline (state=0x7fffa76c4a40, slcode=19458, 
    how=2, last1=0) at exec.c:1525
#94 0x000000000042ed58 in execlist (state=0x7fffa76c4a40, dont_change_job=1, 
    exiting=0) at exec.c:1284
#95 0x000000000046731d in execcase (state=0x7fffa76c4a40, do_exec=0)
    at loop.c:658
#96 0x0000000000436a46 in execcmd (state=0x7fffa76c4a40, input=0, output=0, 
    how=2, last1=2) at exec.c:3473
#97 0x000000000043113e in execpline2 (state=0x7fffa76c4a40, pcode=1091, how=2, 
    input=0, output=0, last1=0) at exec.c:1747
#98 0x000000000042fbc5 in execpline (state=0x7fffa76c4a40, slcode=129026, 
    how=2, last1=0) at exec.c:1525
#99 0x000000000042ed58 in execlist (state=0x7fffa76c4a40, dont_change_job=1, 
    exiting=0) at exec.c:1284
#100 0x000000000042e4b8 in execode (p=0x1eca350, dont_change_job=1, exiting=0, 
    context=0x4c213a "shfunc") at exec.c:1075
#101 0x000000000043b4ac in runshfunc (prog=0x1eca350, wrap=0x0, 
    name=0x2b3cc2b041b0 "_git-log") at exec.c:5357
#102 0x00002b3cc22ca8f0 in comp_wrapper (prog=0x1eca350, w=0x0, 
    name=0x2b3cc2b041b0 "_git-log") at complete.c:1459
#103 0x000000000043b3f2 in runshfunc (prog=0x1eca350, wrap=0x2b3cc24e97c0, 
    name=0x2b3cc2b041b0 "_git-log") at exec.c:5342
#104 0x000000000043ae6c in doshfunc (shfunc=0x1ea9648, 
    doshargs=0x2b3cc2b04148, noreturnval=0) at exec.c:5223
#105 0x000000000043a0c4 in execshfunc (shf=0x1ea9648, args=0x2b3cc2b04148)
    at exec.c:4854
#106 0x0000000000436c0a in execcmd (state=0x7fffa76c6950, input=0, output=0, 
    how=2, last1=2) at exec.c:3525
#107 0x000000000043113e in execpline2 (state=0x7fffa76c6950, pcode=1475, 
    how=2, input=0, output=0, last1=0) at exec.c:1747
#108 0x000000000042fbc5 in execpline (state=0x7fffa76c6950, slcode=3074, 
    how=2, last1=0) at exec.c:1525
#109 0x000000000042ed58 in execlist (state=0x7fffa76c6950, dont_change_job=1, 
    exiting=0) at exec.c:1284
#110 0x0000000000466edc in execif (state=0x7fffa76c6950, do_exec=0)
    at loop.c:565
#111 0x0000000000436a46 in execcmd (state=0x7fffa76c6950, input=0, output=0, 
    how=2, last1=2) at exec.c:3473
#112 0x000000000043113e in execpline2 (state=0x7fffa76c6950, pcode=1411, 
    how=2, input=0, output=0, last1=0) at exec.c:1747
#113 0x000000000042fbc5 in execpline (state=0x7fffa76c6950, slcode=40962, 
    how=2, last1=0) at exec.c:1525
#114 0x000000000042ed58 in execlist (state=0x7fffa76c6950, dont_change_job=1, 
    exiting=0) at exec.c:1284
#115 0x000000000042e4b8 in execode (p=0x1fa5a38, dont_change_job=1, exiting=0, 
    context=0x4c213a "shfunc") at exec.c:1075
#116 0x000000000043b4ac in runshfunc (prog=0x1fa5a38, wrap=0x0, 
    name=0x2b3cc2b03a18 "_call_function") at exec.c:5357
#117 0x00002b3cc22ca8f0 in comp_wrapper (prog=0x1fa5a38, w=0x0, 
    name=0x2b3cc2b03a18 "_call_function") at complete.c:1459
#118 0x000000000043b3f2 in runshfunc (prog=0x1fa5a38, wrap=0x2b3cc24e97c0, 
    name=0x2b3cc2b03a18 "_call_function") at exec.c:5342
#119 0x000000000043ae6c in doshfunc (shfunc=0x1e24578, 
    doshargs=0x2b3cc2b03938, noreturnval=0) at exec.c:5223
#120 0x000000000043a0c4 in execshfunc (shf=0x1e24578, args=0x2b3cc2b03938)
    at exec.c:4854
#121 0x0000000000436c0a in execcmd (state=0x7fffa76c9e20, input=0, output=0, 
    how=18, last1=2) at exec.c:3525
#122 0x000000000043113e in execpline2 (state=0x7fffa76c9e20, pcode=4099, 
    how=18, input=0, output=0, last1=0) at exec.c:1747
#123 0x000000000042fbc5 in execpline (state=0x7fffa76c9e20, slcode=5378, 
    how=18, last1=0) at exec.c:1525
#124 0x000000000042ed58 in execlist (state=0x7fffa76c9e20, dont_change_job=1, 
    exiting=0) at exec.c:1284
#125 0x0000000000466e21 in execif (state=0x7fffa76c9e20, do_exec=0)
    at loop.c:549
#126 0x0000000000436a46 in execcmd (state=0x7fffa76c9e20, input=0, output=0, 
    how=18, last1=2) at exec.c:3473
#127 0x000000000043113e in execpline2 (state=0x7fffa76c9e20, pcode=4099, 
    how=18, input=0, output=0, last1=0) at exec.c:1747
#128 0x000000000042fbc5 in execpline (state=0x7fffa76c9e20, slcode=41986, 
    how=18, last1=0) at exec.c:1525
#129 0x000000000042ed58 in execlist (state=0x7fffa76c9e20, dont_change_job=1, 
    exiting=0) at exec.c:1284
#130 0x000000000046731d in execcase (state=0x7fffa76c9e20, do_exec=0)
    at loop.c:658
#131 0x0000000000436a46 in execcmd (state=0x7fffa76c9e20, input=0, output=0, 
    how=18, last1=2) at exec.c:3473
#132 0x000000000043113e in execpline2 (state=0x7fffa76c9e20, pcode=3651, 
    how=18, input=0, output=0, last1=0) at exec.c:1747
#133 0x000000000042fbc5 in execpline (state=0x7fffa76c9e20, slcode=72706, 
    how=18, last1=0) at exec.c:1525
#134 0x000000000042ed58 in execlist (state=0x7fffa76c9e20, dont_change_job=1, 
    exiting=0) at exec.c:1284
#135 0x0000000000466edc in execif (state=0x7fffa76c9e20, do_exec=0)
    at loop.c:565
#136 0x0000000000436a46 in execcmd (state=0x7fffa76c9e20, input=0, output=0, 
    how=2, last1=2) at exec.c:3473
#137 0x000000000043113e in execpline2 (state=0x7fffa76c9e20, pcode=1987, 
    how=2, input=0, output=0, last1=0) at exec.c:1747
#138 0x000000000042fbc5 in execpline (state=0x7fffa76c9e20, slcode=144386, 
    how=2, last1=0) at exec.c:1525
#139 0x000000000042ed58 in execlist (state=0x7fffa76c9e20, dont_change_job=1, 
    exiting=0) at exec.c:1284
#140 0x000000000042e4b8 in execode (p=0x1fa53e0, dont_change_job=1, exiting=0, 
    context=0x4c213a "shfunc") at exec.c:1075
#141 0x000000000043b4ac in runshfunc (prog=0x1fa53e0, wrap=0x0, 
    name=0x2b3cc2064810 "_git") at exec.c:5357
#142 0x00002b3cc22ca8f0 in comp_wrapper (prog=0x1fa53e0, w=0x0, 
    name=0x2b3cc2064810 "_git") at complete.c:1459
#143 0x000000000043b3f2 in runshfunc (prog=0x1fa53e0, wrap=0x2b3cc24e97c0, 
    name=0x2b3cc2064810 "_git") at exec.c:5342
#144 0x000000000043ae6c in doshfunc (shfunc=0x1fb5860, 
    doshargs=0x2b3cc20647c8, noreturnval=0) at exec.c:5223
#145 0x000000000043a0c4 in execshfunc (shf=0x1fb5860, args=0x2b3cc20647c8)
    at exec.c:4854
#146 0x0000000000436c0a in execcmd (state=0x7fffa76cb270, input=0, output=0, 
    how=18, last1=2) at exec.c:3525
#147 0x000000000043113e in execpline2 (state=0x7fffa76cb270, pcode=131, 
    how=18, input=0, output=0, last1=0) at exec.c:1747
#148 0x000000000042fbc5 in execpline (state=0x7fffa76cb270, slcode=3074, 
    how=18, last1=0) at exec.c:1525
#149 0x000000000042ed58 in execlist (state=0x7fffa76cb270, dont_change_job=1, 
    exiting=0) at exec.c:1284
#150 0x000000000042e4b8 in execode (p=0x2b3cc2064758, dont_change_job=1, 
    exiting=0, context=0x4be8bf "eval") at exec.c:1075
#151 0x0000000000425d77 in eval (argv=0x2b3cc20646f0) at builtin.c:5399
#152 0x00000000004262d9 in bin_eval (nam=0x2b3cc20646d8 "eval", 
    argv=0x2b3cc20646f0, ops=0x7fffa76cb360, func=14) at builtin.c:5568
#153 0x000000000040ff88 in execbuiltin (args=0x2b3cc2064690, assigns=0x0, 
    bn=0x6dde00) at builtin.c:484
#154 0x00000000004372f8 in execcmd (state=0x7fffa76cca00, input=0, output=0, 
    how=2, last1=2) at exec.c:3642
#155 0x000000000043113e in execpline2 (state=0x7fffa76cca00, pcode=4099, 
    how=2, input=0, output=0, last1=0) at exec.c:1747
#156 0x000000000042fbc5 in execpline (state=0x7fffa76cca00, slcode=4130, 
    how=2, last1=0) at exec.c:1525
#157 0x000000000042eda7 in execlist (state=0x7fffa76cca00, dont_change_job=1, 
    exiting=0) at exec.c:1293
#158 0x0000000000466edc in execif (state=0x7fffa76cca00, do_exec=0)
    at loop.c:565
#159 0x0000000000436a46 in execcmd (state=0x7fffa76cca00, input=0, output=0, 
    how=2, last1=2) at exec.c:3473
#160 0x000000000043113e in execpline2 (state=0x7fffa76cca00, pcode=3971, 
    how=2, input=0, output=0, last1=0) at exec.c:1747
#161 0x000000000042fbc5 in execpline (state=0x7fffa76cca00, slcode=43010, 
    how=2, last1=0) at exec.c:1525
#162 0x000000000042ed58 in execlist (state=0x7fffa76cca00, dont_change_job=1, 
    exiting=0) at exec.c:1284
#163 0x000000000042e4b8 in execode (p=0x1ec9dd8, dont_change_job=1, exiting=0, 
    context=0x4c213a "shfunc") at exec.c:1075
#164 0x000000000043b4ac in runshfunc (prog=0x1ec9dd8, wrap=0x0, 
    name=0x2b3cc2063ed8 "_dispatch") at exec.c:5357
#165 0x00002b3cc22ca8f0 in comp_wrapper (prog=0x1ec9dd8, w=0x0, 
    name=0x2b3cc2063ed8 "_dispatch") at complete.c:1459
#166 0x000000000043b3f2 in runshfunc (prog=0x1ec9dd8, wrap=0x2b3cc24e97c0, 
    name=0x2b3cc2063ed8 "_dispatch") at exec.c:5342
#167 0x000000000043ae6c in doshfunc (shfunc=0x1e4b4a8, 
    doshargs=0x2b3cc2063d50, noreturnval=0) at exec.c:5223
#168 0x000000000043a0c4 in execshfunc (shf=0x1e4b4a8, args=0x2b3cc2063d50)
    at exec.c:4854
#169 0x0000000000436c0a in execcmd (state=0x7fffa76cde50, input=0, output=0, 
    how=18, last1=2) at exec.c:3525
#170 0x000000000043113e in execpline2 (state=0x7fffa76cde50, pcode=2627, 
    how=18, input=0, output=0, last1=0) at exec.c:1747
#171 0x000000000042fbc5 in execpline (state=0x7fffa76cde50, slcode=8194, 
    how=18, last1=0) at exec.c:1525
#172 0x000000000042ed58 in execlist (state=0x7fffa76cde50, dont_change_job=1, 
    exiting=0) at exec.c:1284
#173 0x000000000042e4b8 in execode (p=0x1e50be0, dont_change_job=1, exiting=0, 
    context=0x4c213a "shfunc") at exec.c:1075
#174 0x000000000043b4ac in runshfunc (prog=0x1e50be0, wrap=0x0, 
    name=0x2b3cc2063a30 "_normal") at exec.c:5357
#175 0x00002b3cc22ca8f0 in comp_wrapper (prog=0x1e50be0, w=0x0, 
    name=0x2b3cc2063a30 "_normal") at complete.c:1459
#176 0x000000000043b3f2 in runshfunc (prog=0x1e50be0, wrap=0x2b3cc24e97c0, 
    name=0x2b3cc2063a30 "_normal") at exec.c:5342
#177 0x000000000043ae6c in doshfunc (shfunc=0x1e59058, 
    doshargs=0x2b3cc20639c8, noreturnval=0) at exec.c:5223
#178 0x000000000043a0c4 in execshfunc (shf=0x1e59058, args=0x2b3cc20639c8)
    at exec.c:4854
#179 0x0000000000436c0a in execcmd (state=0x7fffa76cfd60, input=0, output=0, 
    how=2, last1=2) at exec.c:3525
#180 0x000000000043113e in execpline2 (state=0x7fffa76cfd60, pcode=7555, 
    how=2, input=0, output=0, last1=0) at exec.c:1747
#181 0x000000000042fbc5 in execpline (state=0x7fffa76cfd60, slcode=4130, 
    how=2, last1=0) at exec.c:1525
#182 0x000000000042eda7 in execlist (state=0x7fffa76cfd60, dont_change_job=1, 
    exiting=0) at exec.c:1293
#183 0x0000000000466edc in execif (state=0x7fffa76cfd60, do_exec=0)
    at loop.c:565
#184 0x0000000000436a46 in execcmd (state=0x7fffa76cfd60, input=0, output=0, 
    how=2, last1=2) at exec.c:3473
#185 0x000000000043113e in execpline2 (state=0x7fffa76cfd60, pcode=7427, 
    how=2, input=0, output=0, last1=0) at exec.c:1747
#186 0x000000000042fbc5 in execpline (state=0x7fffa76cfd60, slcode=117762, 
    how=2, last1=0) at exec.c:1525
#187 0x000000000042ed58 in execlist (state=0x7fffa76cfd60, dont_change_job=1, 
    exiting=0) at exec.c:1284
#188 0x000000000042e4b8 in execode (p=0x1e61cd0, dont_change_job=1, exiting=0, 
    context=0x4c213a "shfunc") at exec.c:1075
#189 0x000000000043b4ac in runshfunc (prog=0x1e61cd0, wrap=0x0, 
    name=0x2b3cc2063318 "_complete") at exec.c:5357
#190 0x00002b3cc22ca8f0 in comp_wrapper (prog=0x1e61cd0, w=0x0, 
    name=0x2b3cc2063318 "_complete") at complete.c:1459
#191 0x000000000043b3f2 in runshfunc (prog=0x1e61cd0, wrap=0x2b3cc24e97c0, 
    name=0x2b3cc2063318 "_complete") at exec.c:5342
#192 0x000000000043ae6c in doshfunc (shfunc=0x1e4abf0, 
    doshargs=0x2b3cc20632b0, noreturnval=0) at exec.c:5223
#193 0x000000000043a0c4 in execshfunc (shf=0x1e4abf0, args=0x2b3cc20632b0)
    at exec.c:4854
#194 0x0000000000436c0a in execcmd (state=0x7fffa76d3dd0, input=0, output=0, 
    how=18, last1=2) at exec.c:3525
#195 0x000000000043113e in execpline2 (state=0x7fffa76d3dd0, pcode=12803, 
    how=18, input=0, output=0, last1=0) at exec.c:1747
#196 0x000000000042fbc5 in execpline (state=0x7fffa76d3dd0, slcode=3074, 
    how=18, last1=0) at exec.c:1525
#197 0x000000000042ed58 in execlist (state=0x7fffa76d3dd0, dont_change_job=1, 
    exiting=0) at exec.c:1284
#198 0x0000000000466e21 in execif (state=0x7fffa76d3dd0, do_exec=0)
    at loop.c:549
#199 0x0000000000436a46 in execcmd (state=0x7fffa76d3dd0, input=0, output=0, 
    how=2, last1=2) at exec.c:3473
#200 0x000000000043113e in execpline2 (state=0x7fffa76d3dd0, pcode=12483, 
    how=2, input=0, output=0, last1=0) at exec.c:1747
#201 0x000000000042fbc5 in execpline (state=0x7fffa76d3dd0, slcode=48130, 
    how=2, last1=0) at exec.c:1525
#202 0x000000000042ed58 in execlist (state=0x7fffa76d3dd0, dont_change_job=1, 
    exiting=0) at exec.c:1284
#203 0x0000000000465f6c in execfor (state=0x7fffa76d3dd0, do_exec=0)
    at loop.c:175
#204 0x0000000000436a46 in execcmd (state=0x7fffa76d3dd0, input=0, output=0, 
    how=2, last1=2) at exec.c:3473
#205 0x000000000043113e in execpline2 (state=0x7fffa76d3dd0, pcode=11971, 
    how=2, input=0, output=0, last1=0) at exec.c:1747
#206 0x000000000042fbc5 in execpline (state=0x7fffa76d3dd0, slcode=90114, 
    how=2, last1=0) at exec.c:1525
#207 0x000000000042ed58 in execlist (state=0x7fffa76d3dd0, dont_change_job=1, 
    exiting=0) at exec.c:1284
#208 0x0000000000465f6c in execfor (state=0x7fffa76d3dd0, do_exec=0)
    at loop.c:175
#209 0x0000000000436a46 in execcmd (state=0x7fffa76d3dd0, input=0, output=0, 
    how=2, last1=2) at exec.c:3473
#210 0x000000000043113e in execpline2 (state=0x7fffa76d3dd0, pcode=10499, 
    how=2, input=0, output=0, last1=0) at exec.c:1747
#211 0x000000000042fbc5 in execpline (state=0x7fffa76d3dd0, slcode=220162, 
    how=2, last1=0) at exec.c:1525
#212 0x000000000042ed58 in execlist (state=0x7fffa76d3dd0, dont_change_job=1, 
    exiting=0) at exec.c:1284
#213 0x00000000004674e9 in exectry (state=0x7fffa76d3dd0, do_exec=0)
    at loop.c:722
#214 0x0000000000436a46 in execcmd (state=0x7fffa76d3dd0, input=0, output=0, 
    how=2, last1=2) at exec.c:3473
#215 0x000000000043113e in execpline2 (state=0x7fffa76d3dd0, pcode=3075, 
    how=2, input=0, output=0, last1=0) at exec.c:1747
#216 0x000000000042fbc5 in execpline (state=0x7fffa76d3dd0, slcode=1631234, 
    how=2, last1=0) at exec.c:1525
#217 0x000000000042ed58 in execlist (state=0x7fffa76d3dd0, dont_change_job=1, 
    exiting=0) at exec.c:1284
#218 0x000000000042e4b8 in execode (p=0x1ec9c88, dont_change_job=1, exiting=0, 
    context=0x4c213a "shfunc") at exec.c:1075
#219 0x000000000043b4ac in runshfunc (prog=0x1ec9c88, wrap=0x0, 
    name=0x2b3cc2056048 "_main_complete") at exec.c:5357
#220 0x00002b3cc22ca8f0 in comp_wrapper (prog=0x1ec9c88, w=0x0, 
    name=0x2b3cc2056048 "_main_complete") at complete.c:1459
#221 0x000000000043b3f2 in runshfunc (prog=0x1ec9c88, wrap=0x2b3cc24e97c0, 
    name=0x2b3cc2056048 "_main_complete") at exec.c:5342
#222 0x000000000043ae6c in doshfunc (shfunc=0x1e54a70, doshargs=0x0, 
    noreturnval=1) at exec.c:5223
#223 0x00002b3cc22cd2d9 in callcompfunc (s=0x2b3cc204bc98 "^ma", 
    fn=0x1e63628 "_main_complete") at compcore.c:838
#224 0x00002b3cc22cdba0 in makecomplist (s=0x2b3cc204bc98 "^ma", incmd=0, 
    lst=0) at compcore.c:987
#225 0x00002b3cc22cb803 in do_completion (dummy=0x2b3cc22bdbc8, 
    dat=0x7fffa76d4780) at compcore.c:347
#226 0x0000000000472f19 in runhookdef (h=0x2b3cc22bdbc8, d=0x7fffa76d4780)
    at module.c:996
#227 0x00002b3cc20a2a75 in docompletion (s=0x1f0c848 "^ma", lst=0, incmd=0)
    at zle_tricky.c:2293
#228 0x00002b3cc209e0a7 in docomplete (lst=0) at zle_tricky.c:859
#229 0x00002b3cc209c4e0 in completeword (args=0x2b3cc22be1b0)
    at zle_tricky.c:232
#230 0x00002b3cc209c3c1 in completecall (args=0x2b3cc22be1b0)
    at zle_tricky.c:208
#231 0x00002b3cc2088d9b in execzlefunc (func=0x2b3cc22ba298, 
    args=0x2b3cc22be1b0, set_bindk=0) at zle_main.c:1360
#232 0x00002b3cc2087ed7 in zlecore () at zle_main.c:1072
#233 0x00002b3cc20888d9 in zleread (lp=0x6f51c8, rp=0x0, flags=7, context=0, 
    init=0x2b3cc20aff88 "zle-line-init", 
    finish=0x2b3cc20aff78 "zle-line-finish") at zle_main.c:1263
#234 0x00002b3cc208b51a in zle_main_entry (cmd=1, ap=0x7fffa76d4dc0)
    at zle_main.c:1929
#235 0x0000000000456c42 in zleentry (cmd=1) at init.c:1523
#236 0x0000000000457df5 in inputline () at input.c:293
#237 0x0000000000457c56 in ingetc () at input.c:226
#238 0x000000000044aa6a in ihgetc () at hist.c:391
#239 0x00000000004621aa in gettok () at lex.c:605
#240 0x00000000004618a3 in zshlex () at lex.c:271
#241 0x00000000004884ea in parse_event (endtok=37) at parse.c:561
#242 0x00000000004532e6 in loop (toplevel=1, justonce=0) at init.c:146
#243 0x0000000000457142 in zsh_main (argc=1, argv=0x7fffa76d5348)
    at init.c:1678
#244 0x000000000040f2e4 in main (argc=1, argv=0x7fffa76d5348) at ./main.c:93

Re: Substitution ${...///} slows down when certain UTF character occurs

[Bart Schaefer]

On Sep 30,  3:04pm, Peter Stephenson wrote:
} Subject: Re: Substitution ${...///} slows down when certain UTF character 
}
} In some complex git completion --- reproducible only in one set up ---
} the heap allocation is apparently going out of bounds.  Yet I've checked
} and nothing seems able to happen that can affect this.  If I add
} debugging, the same pointer is reported as returned from zhalloc() that
} is later claimed to be out of bounds.  Yet with more debugging there's
} no popheap() or switch_heap() happening, as by eye there can't be.  I'm
} a bit stuck; how can a piece of memory returned by zhalloc() suddenly go
} invalid?
} 
} valgrind agrees with gdb but doesn't give any more help.

Did you --enable-zsh-heap-debug and --enable-zsh-valgrind ?  I always
forget at least the latter of those ...

} Maybe we're just running out of memory after all?

That seems really unlikely, unless the explicit zalloc version shows a
similar issue.  But I suppose if the heap is never popped it might be
possible to run out of memory on a deep recursive glob.  Perhaps a
call to freeheap() is needed somewhere prior to the popheap()?  Or
maybe there *is* a freeheap() happening where it isn't any longer safe
to do so -- did you check for that?

Even if out of memory, I wouldn't expect an existing pointer to go bad.
You'd just fail to get a new one.  And heaps are mmap()d if possible so
in that case you'd have to be out of address space, not just out of
memory?

Re: Substitution ${...///} slows down when certain UTF character occurs

[Peter Stephenson]

On Wed, 30 Sep 2015 14:19:37 -0700
Bart Schaefer <schaefer@brasslantern.com> wrote:
> On Sep 30,  3:04pm, Peter Stephenson wrote:
> } In some complex git completion --- reproducible only in one set up ---
> } the heap allocation is apparently going out of bounds.  Yet I've checked
> } and nothing seems able to happen that can affect this.  If I add
> } debugging, the same pointer is reported as returned from zhalloc() that
> } is later claimed to be out of bounds.  Yet with more debugging there's
> } no popheap() or switch_heap() happening, as by eye there can't be.  I'm
> } a bit stuck; how can a piece of memory returned by zhalloc() suddenly go
> } invalid?
> } 
> } valgrind agrees with gdb but doesn't give any more help.
> 
> Did you --enable-zsh-heap-debug and --enable-zsh-valgrind ?  I always
> forget at least the latter of those ...

I don't have the full valgrind library framework, just the executable,
on the system where this is happening.  (This is 64-bit and I haven't
seen it with a 32-bit system I have more control over in the same repo.)
But I tried heap debug and the last bit of output doesn't look obviously
suspicious --- I don't see a sign it's allocating masses of memory, for
example. Indeed, the last thing it did was a push, not a pop.

> } Maybe we're just running out of memory after all?
> 
> That seems really unlikely, unless the explicit zalloc version shows a
> similar issue.

Yes, zhalloc() gets memory from zalloc() which explicitly tests, and
there's no obvious way you could get a pointer of the sort I've got.

> But I suppose if the heap is never popped it might be
> possible to run out of memory on a deep recursive glob.  Perhaps a
> call to freeheap() is needed somewhere prior to the popheap()?  Or
> maybe there *is* a freeheap() happening where it isn't any longer safe
> to do so -- did you check for that?

Yes, I looked for popping, freeing and swapping of heaps and there
doesn't appear to be any in the immediate vicint.

> Even if out of memory, I wouldn't expect an existing pointer to go bad.
> You'd just fail to get a new one.  And heaps are mmap()d if possible so
> in that case you'd have to be out of address space, not just out of
> memory?

I tried not using mmap and the symptom is the same.

I get the feeling there's something here that simply switching back to
zalloc() is likely to obscure rather than fix.

pws

Re: Substitution ${...///} slows down when certain UTF character occurs

[Sebastian Gniazdowski]

[-- Attachment #1: Type: text/plain, Size: 1169 bytes --]

On 27 September 2015 at 18:11, Bart Schaefer
> It'll get worse if there are partial matches, e.g., if you had 30000
> repetitions of "wfei" and scanned for "wfeiwj" there'd be a whole lot
> of backtracking.  There are no "w" anywhere in your sample $str so
> each of the comparisons is only one equality test.

It's still instant fast for 30k of wfei (attached is the script). I
also tried generating a [wfeiwj]-only string, and it's also fast:

cat /dev/urandom | env LC_CTYPE=C tr -cd 'wfeiwj' | head -c 120000 > input

Gave it one more try with
"wfeiwjwoiejfowiejfowijefoiwjefoiwjefoijwoeifjwoiejf" (30k of it, and
was searching for it) and it becomes slower (times 0.15s instead of
0.012s) but is still instant fast.

>
> Still I think the biggest issue is that unmetafication happening too
> low down.  Since pattry*() is being called repeatedly with the same two
> first arguments (prog and string) it might be possible to cache the
> unmetafied string after the first call.

I wonder why it depends on Zsh version and/or environment (OS, etc.).
This doesn't seem related to unmetafication, unless it was changed
after 5.0.2.

Best regards,
Sebastian Gniazdowski

[-- Attachment #2: test-script.zsh --]
[-- Type: application/octet-stream, Size: 507 bytes --]

#!/usr/local/bin/zsh

emulate -LR zsh

str=""

i=30000
while (( i -- )); do
    str[1,0]="wfei"
done
#echo "$str" > input


#char="–"
char="¥"
#char="Ń"
#char="Ł"
#char="Ǎ"
#char="Ǟ"

str[60]=$char
time ( out_array=( "${str//(#bi)wfeiwj/a}" ) )
str[60]="a"

str[10000]=$char
time ( out_array=( "${str//(#bi)wfeiwj/a}" ) )
str[10000]="a"

str[50000]=$char
time ( out_array=( "${str//(#bi)wfeiwj/a}" ) )
str[50000]="a"

str[100000]=$char
time ( out_array=( "${str//(#bi)wfeiwj/a}" ) )
str[100000]="a"

Heap corruption [the thread formerly known as substitution]

[Peter Stephenson]

On Thu, 1 Oct 2015 09:41:40 +0100
Peter Stephenson <p.stephenson@samsung.com> wrote:
> > On Sep 30,  3:04pm, Peter Stephenson wrote:
> > } In some complex git completion --- reproducible only in one set up ---
> > } the heap allocation is apparently going out of bounds.

Some progress.  I've copied some heap info at the point the allocation
takes place --- this is a bespoke debug structure but it's pointing to
standard shell info:

(gdb) p copied_heap_info 
$1 = {heap = 0x2b98ac551000, arena = 0x2b98ac551028, size = 16344, 
  alloc = 0x2b98ac555000}
(gdb) p *copied_heap_info.heap
$2 = {next = 0x0, size = 16384, used = 16344, sp = 0x27a13b0, heap_id = 38650}

That "alloc" is what gdb, valgrind and the OS itself agree is out of
bounds.  Sure enough, the sums say the heap finishes at 0x2b98ac555000,
heap + 16384 or equivalently arena + 16344.  Likely this is the last
heap allocated.

All the addresses look consistent, no obvious of corruption unless it's
being very sneaky, so this is starting to look like a real heap problem
when you happen to get a chance address clash (remember this is a 64-bit
system, if that's relevant).

Bart, any immediate reaction before I dig further?

pws

Re: Heap corruption [the thread formerly known as substitution]

[Bart Schaefer]

On Oct 1,  3:28pm, Peter Stephenson wrote:
}
} All the addresses look consistent, no obvious of corruption unless it's
} being very sneaky, so this is starting to look like a real heap problem
} when you happen to get a chance address clash (remember this is a 64-bit
} system, if that's relevant).
} 
} Bart, any immediate reaction before I dig further?

I got nothin'.

Also, I'm going to be mostly unavailable for the next few days, so don't
wait for my responses if you don't want to.

Re: Heap corruption [the thread formerly known as substitution]

[Peter Stephenson]

On Thu, 1 Oct 2015 15:28:23 +0100
Peter Stephenson <p.stephenson@samsung.com> wrote:
> That "alloc" is what gdb, valgrind and the OS itself agree is out of
> bounds.  Sure enough, the sums say the heap finishes at 0x2b98ac555000,
> heap + 16384 or equivalently arena + 16344.  Likely this is the last
> heap allocated.

More news: Penny Finally Drops.

Yes, the pointer isn't usable --- but the length is zero so it can't be
dereferenced anyway.  A pointer one off the end of a valid range is
valid as long it's not dereferenced, so only the pattern code needs
fixing.  Was broken regardless of heap storage, that just showed it up.

pws

diff --git a/Src/pattern.c b/Src/pattern.c
index 68a3409..53bbd14 100644
--- a/Src/pattern.c
+++ b/Src/pattern.c
@@ -2224,8 +2224,10 @@ pattryrefs(Patprog prog, char *string, int stringlen, int unmetalenin,
 	maxnpos = *nump;
 	*nump = 0;
     }
-    /* inherited from domatch, but why, exactly? */
-    if (*string == Nularg) {
+    /*
+     * Special signalling of empty tokinised string.
+     */
+    if ((!patstralloc || stringlen > 0) && *string == Nularg) {
 	string++;
 	if (unmetalenin > 0)
 	    unmetalenin--;
@@ -2233,8 +2235,10 @@ pattryrefs(Patprog prog, char *string, int stringlen, int unmetalenin,
 	    stringlen--;
     }
 
-    if (stringlen < 0)
+    if (stringlen < 0) {
+	DPUTS(patstralloc != NULL, "length needed with patstralloc");
 	stringlen = strlen(string);
+    }
     origlen = stringlen;
 
     if (patstralloc) {

Re: Heap corruption [the thread formerly known as substitution]

[Peter Stephenson]

On Thu, 01 Oct 2015 16:13:41 +0100
Peter Stephenson <p.stephenson@samsung.com> wrote:
> -    /* inherited from domatch, but why, exactly? */
> -    if (*string == Nularg) {
> +    /*
> +     * Special signalling of empty tokinised string.
> +     */
> +    if ((!patstralloc || stringlen > 0) && *string == Nularg) {

One extra piece of sanity is that we should do this once and before any
unmetafication which will obscure the difference between Nulart and a
formerly metafied Nularg.

pws

diff --git a/Src/pattern.c b/Src/pattern.c
index 04d3e3d..8b07cca 100644
--- a/Src/pattern.c
+++ b/Src/pattern.c
@@ -2023,6 +2023,39 @@ pattrystart(void)
 }
 
 /*
+ * Fix up string length stuff.
+ *
+ * If we call patallocstr() with "force" to set things up early, it's
+ * done there, else it's done in pattryrefs().  The reason for the
+ * difference is in the latter case we may not be relying on
+ * patallocstr() having an effect.
+ */
+
+/**/
+static void
+patmungestring(char **string, int *stringlen, int *unmetalenin)
+{
+    /*
+     * Special signalling of empty tokenised string.
+     */
+    if (*stringlen > 0 && **string == Nularg) {
+	(*string)++;
+	/*
+	 * If we don't have an unmetafied length
+	 * and need it (we may not) we'll get it later.
+	 */
+	if (*unmetalenin > 0)
+	    (*unmetalenin)--;
+	if (*stringlen > 0)
+	    (*stringlen)--;
+    }
+
+    /* Ensure we have a metafied length */
+    if (*stringlen < 0)
+	*stringlen = strlen(*string);
+}
+
+/*
  * Allocate memeory for pattern match.  Note this is specific to use
  * of pattern *and* trial string.
  *
@@ -2039,7 +2072,8 @@ pattrystart(void)
  * force is 1 if we always unmetafy: this is useful if we are going
  *   to try again with different versions of the string.  If this is
  *   called from pattryrefs() we don't force unmetafication as it won't
- *   be optimal.
+ *   be optimal.  This option should be used if the resulting
+ *   patstralloc is going to be passed to pattrylen() / pattryrefs().
  * In patstralloc (supplied by caller, must last until last pattry is done)
  *  unmetalen is the unmetafied length of the string; it will be
  *    calculated if the input value is negative.
@@ -2056,6 +2090,9 @@ char *patallocstr(Patprog prog, char *string, int stringlen, int unmetalen,
 {
     int needfullpath;
 
+    if (force)
+	patmungestring(&string, &stringlen, &unmetalen);
+
     /*
      * For a top-level ~-exclusion, we will need the full
      * path to exclude, so copy the path so far and append the
@@ -2224,21 +2261,9 @@ pattryrefs(Patprog prog, char *string, int stringlen, int unmetalenin,
 	maxnpos = *nump;
 	*nump = 0;
     }
-    /*
-     * Special signalling of empty tokenised string.
-     */
-    if ((!patstralloc || stringlen > 0) && *string == Nularg) {
-	string++;
-	if (unmetalenin > 0)
-	    unmetalenin--;
-	if (stringlen > 0)
-	    stringlen--;
-    }
 
-    if (stringlen < 0) {
-	DPUTS(patstralloc != NULL, "length needed with patstralloc");
-	stringlen = strlen(string);
-    }
+    if (!patstralloc)
+	patmungestring(&string, &stringlen, &unmetalenin);
     origlen = stringlen;
 
     if (patstralloc) {