From unknown Fri Jun 20 07:25:10 2025
Content-Disposition: inline
Content-Transfer-Encoding: quoted-printable
MIME-Version: 1.0
X-Mailer: MIME-tools 5.509 (Entity 5.509)
Content-Type: text/plain; charset=utf-8
From: bug#78507 <78507@debbugs.gnu.org>
To: bug#78507 <78507@debbugs.gnu.org>
Subject: Status: [Security] Heap Buffer Overflow in GNU Coreutils sort
 (CWE-122)
Reply-To: bug#78507 <78507@debbugs.gnu.org>
Date: Fri, 20 Jun 2025 14:25:10 +0000

retitle 78507 [Security] Heap Buffer Overflow in GNU Coreutils sort (CWE-12=
2)
reassign 78507 coreutils
submitter 78507 Med Maatallah <hotelsmaatallahrecemail@gmail.com>
severity 78507 normal

thanks


From debbugs-submit-bounces@debbugs.gnu.org Tue May 20 07:46:51 2025
Received: (at submit) by debbugs.gnu.org; 20 May 2025 11:46:51 +0000
Received: from localhost ([127.0.0.1]:56066 helo=debbugs.gnu.org)
	by debbugs.gnu.org with esmtp (Exim 4.84_2)
	(envelope-from <debbugs-submit-bounces@debbugs.gnu.org>)
	id 1uHLQp-000312-5v
	for submit@debbugs.gnu.org; Tue, 20 May 2025 07:46:51 -0400
Received: from lists.gnu.org ([2001:470:142::17]:51906)
 by debbugs.gnu.org with esmtps (TLS1.2:ECDHE_RSA_AES_256_GCM_SHA384:256)
 (Exim 4.84_2) (envelope-from <hotelsmaatallahrecemail@gmail.com>)
 id 1uHJKJ-0004P5-AU
 for submit@debbugs.gnu.org; Tue, 20 May 2025 05:31:59 -0400
Received: from eggs.gnu.org ([2001:470:142:3::10])
 by lists.gnu.org with esmtps (TLS1.2:ECDHE_RSA_AES_256_GCM_SHA384:256)
 (Exim 4.90_1) (envelope-from <hotelsmaatallahrecemail@gmail.com>)
 id 1uHJKD-0002pO-C6
 for bug-coreutils@gnu.org; Tue, 20 May 2025 05:31:53 -0400
Received: from mail-qv1-xf30.google.com ([2607:f8b0:4864:20::f30])
 by eggs.gnu.org with esmtps (TLS1.2:ECDHE_RSA_AES_128_GCM_SHA256:128)
 (Exim 4.90_1) (envelope-from <hotelsmaatallahrecemail@gmail.com>)
 id 1uHJKA-0003I4-J7
 for bug-coreutils@gnu.org; Tue, 20 May 2025 05:31:53 -0400
Received: by mail-qv1-xf30.google.com with SMTP id
 6a1803df08f44-6f8aabbffaeso49985336d6.0
 for <bug-coreutils@gnu.org>; Tue, 20 May 2025 02:31:49 -0700 (PDT)
DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed;
 d=gmail.com; s=20230601; t=1747733508; x=1748338308; darn=gnu.org;
 h=to:subject:message-id:date:from:mime-version:from:to:cc:subject
 :date:message-id:reply-to;
 bh=gf+MYU1cTe3plmDkcPgrxTofz1MmlGlWOKeQ4pyMjd4=;
 b=iZgJyQIymj/qVU60OsWzl2RWRygQPWc3aUTRVUwoOvWnxHsHEC32d+knXhvrUbY5lP
 a8HcUu80Uc2pu/nfMA+2KdagI5d6rPNG96T8oisnvIRz2EFnM+SqF25oJ+vzXJAxF1tg
 dxojQM+0DHBWGbuDlcJJnwCj0W3ItAN0xtAKiy4igno4K1GV109HLIPFb9NRWw8Qpo2I
 nPK9xgbP2Gj/dwwhMw24ZeiznkFoeCLt1qUK8r9dtnoB8bNdIauzEc8jTrkRIs+Jix3g
 GeD4fL0HfsDWW3SiyOiKDz/ukvaHEmOSH8PZ1KteLl4oosrZLX1dsVNtjspXWVPehMiO
 FgTA==
X-Google-DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed;
 d=1e100.net; s=20230601; t=1747733508; x=1748338308;
 h=to:subject:message-id:date:from:mime-version:x-gm-message-state
 :from:to:cc:subject:date:message-id:reply-to;
 bh=gf+MYU1cTe3plmDkcPgrxTofz1MmlGlWOKeQ4pyMjd4=;
 b=wysu+/3SiVkBB0efrmQwU9CXpM8N+JN9oy1l/171ns0b8nUs0wbUQp9JED/6sev8sm
 Ln6SoXwZ3KtQ+HFPHzlTwL72H76WwNGF7KiVuYeUv8O5k9DlLwmqftXnmTHfC9irH6i1
 8+1xABmv69t/gJ1gu3MeS4V3bV0PI5DemuceSibGOAcYUpv8a/VkBVXqZyhDzpolfTAj
 kEM+4x/0n0JA3PPa/H22AldneRnIAcfOgxeNadJlx02+dNwzSWBTq/vbLRmjS0H5FFlC
 Qc3isvgrr/4QdH6IaCzdDr5HOX/keuYgJDiQzAPtMhgy+TdKwARI5Gy0qGUpZ844x55H
 7PnA==
X-Gm-Message-State: AOJu0Yy0uC0L9oGPwYsXnmGUNlqi2W/WL+F8YEV/IiLmHGLYFZca48eh
 q/qq2uYu8viGJASqjxCA0CykKao2msyu8tqG3EjOry/KRk5LmycDrjmcyNhIqiRHWJbKdqRx70A
 nFryzpQ5cGLR2xAqsxux0QgjesBiiTo/FelHR
X-Gm-Gg: ASbGncsAgEco+Qpo2v8v/6PRnMwwe30DC4freAtKV6BYUI9sbTtREvOWHOu1FUGZDME
 ovKCOl34dbFmz3aqrFuFUAXG1SWNODUHeb7xMta0lFsE1AZ3dM8YcR7HzEUndJqCzeoZ9IwSz2I
 SlyW+jwMSDnjYF8tpBczbenAWR+Z+IRJklazE=
X-Google-Smtp-Source: AGHT+IHryaekgUDeg0H/bY8K6Gh+6kMOhz0upXTw3EH1VLjBY68b1k7CT/crpOhLshnoOgJAaGuohoyNxLhOcpbuwSc=
X-Received: by 2002:a05:6214:20ab:b0:6e4:4274:aaf8 with SMTP id
 6a1803df08f44-6f8b2d08d6emr241387686d6.17.1747733506916; Tue, 20 May 2025
 02:31:46 -0700 (PDT)
MIME-Version: 1.0
From: Med Maatallah <hotelsmaatallahrecemail@gmail.com>
Date: Tue, 20 May 2025 10:31:35 +0100
X-Gm-Features: AX0GCFuKLPpimz-JQOS0eaM--7a9sWNWm5U8nEK62IrlaijnIA2FzK-oS2c_p08
Message-ID: <CANjhWwyKrQ+HjVh3abYGSo46sRaTUm77mGO8KPKmo56qhTfO1g@mail.gmail.com>
Subject: [Security] Heap Buffer Overflow in GNU Coreutils sort (CWE-122)
To: bug-coreutils@gnu.org
Content-Type: multipart/related; boundary="000000000000d7ddb006358dea02"
Received-SPF: pass client-ip=2607:f8b0:4864:20::f30;
 envelope-from=hotelsmaatallahrecemail@gmail.com; helo=mail-qv1-xf30.google.com
X-Spam_score_int: -20
X-Spam_score: -2.1
X-Spam_bar: --
X-Spam_report: (-2.1 / 5.0 requ) BAYES_00=-1.9, DKIM_SIGNED=0.1,
 DKIM_VALID=-0.1, DKIM_VALID_AU=-0.1, DKIM_VALID_EF=-0.1, FREEMAIL_FROM=0.001,
 HTML_MESSAGE=0.001, MANY_SPAN_IN_TEXT=0.001, RCVD_IN_DNSWL_NONE=-0.0001,
 SPF_HELO_NONE=0.001, SPF_PASS=-0.001 autolearn=ham autolearn_force=no
X-Spam_action: no action
X-Debbugs-Envelope-To: submit
X-Mailman-Approved-At: Tue, 20 May 2025 07:46:49 -0400
X-BeenThere: debbugs-submit@debbugs.gnu.org
X-Mailman-Version: 2.1.18
Precedence: list
List-Id: <debbugs-submit.debbugs.gnu.org>
List-Unsubscribe: <https://debbugs.gnu.org/cgi-bin/mailman/options/debbugs-submit>, 
 <mailto:debbugs-submit-request@debbugs.gnu.org?subject=unsubscribe>
List-Archive: <https://debbugs.gnu.org/cgi-bin/mailman/private/debbugs-submit/>
List-Post: <mailto:debbugs-submit@debbugs.gnu.org>
List-Help: <mailto:debbugs-submit-request@debbugs.gnu.org?subject=help>
List-Subscribe: <https://debbugs.gnu.org/cgi-bin/mailman/listinfo/debbugs-submit>, 
 <mailto:debbugs-submit-request@debbugs.gnu.org?subject=subscribe>
Errors-To: debbugs-submit-bounces@debbugs.gnu.org
Sender: "Debbugs-submit" <debbugs-submit-bounces@debbugs.gnu.org>

--000000000000d7ddb006358dea02
Content-Type: multipart/alternative; boundary="000000000000d7ddaf06358dea01"

--000000000000d7ddaf06358dea01
Content-Type: text/plain; charset="UTF-8"

Dear GNU Coreutils Maintainers,

I am reporting a heap buffer overflow vulnerability (CWE-122) I've
discovered in the GNU Coreutils sort utility. This issue affects the
traditional key specification syntax processing and leads to an
out-of-bounds read.
Vulnerability Details

The vulnerability occurs when the traditional key specification syntax (
+POS1[.C1][OPTS]) is used with UINTMAX_MAX as the character position value.
The begfield() function in src/sort.c performs unsafe pointer arithmetic
that leads to integer wraparound, resulting in a pointer that points one
byte before the start of an allocated heap buffer.

The vulnerable code is in the begfield() function in src/sort.c:


static char *begfield (struct line const *line, struct keyfield const *key){
  char *ptr = line->text, *lim = ptr + line->length - 1;
  size_t sword = key->sword;
  size_t schar = key->schar;

  /* The leading field separator itself is included in a field when -t
    is absent.  */

  if (tab != TAB_DEFAULT)
    while (ptr < lim && sword--)
      {
        while (ptr < lim && *ptr != tab)
          ++ptr;
        if (ptr < lim)
          ++ptr;
      }
  else
    while (ptr < lim && sword--)
      {
        while (ptr < lim && blanks[to_uchar (*ptr)])
          ++ptr;
        while (ptr < lim && !blanks[to_uchar (*ptr)])
          ++ptr;
      }

  /* If we're ignoring leading blanks when computing the Start     of
the field, skip past them here.  */
  if (key->skipsblanks)
    while (ptr < lim && blanks[to_uchar (*ptr)])
      ++ptr;

  /* Advance PTR by SCHAR (if possible), but no further than LIM. */
  ptr = MIN (lim, ptr + schar);

  return ptr;}

The issue lies in the expression ptr + schar when schar is set to
UINTMAX_MAX (18446744073709551615 on 64-bit systems). This triggers integer
wraparound due to size_t arithmetic, causing the calculation to effectively
become ptr - 1. As a result, the function returns a pointer that's one byte
before the start of the allocated buffer.

The vulnerability is exploitable when:

   1. A user passes the key specification in traditional format (
   +0.18446744073709551615R)
   2. During command-line parsing in main(), this sets key->schar to
   UINTMAX_MAX
   3. In fillbuf(), the begfield() function is called to precompute key
   positions
   4. The underflow occurs during the line key pointer calculation
   5. The function returns a pointer before the buffer start
   6. This invalid pointer is later passed through the call chain:
      - keycompare() function assigns the pointer to texta
      - When using -R (random sort), it calls compare_random()
      - compare_random() calls xstrxfrm() with the invalid pointer
      - xstrxfrm() calls strxfrm() on the out-of-bounds address
      - strxfrm() attempts to read the byte before the buffer, triggering
      the overflow

Technical Impact

This is a heap buffer overflow (read) that accesses memory one byte before
an allocated buffer. The vulnerability could lead to program crashes and
potentially information disclosure depending on the memory layout.
Proof of Concept

The vulnerability can be reliably reproduced with this simple test case:

bash

# Create a test file with any contentecho -e "aa\nbb" > poc_input.txt
# Execute vulnerable command (traditional key format + random sort option)
./sort +0.18446744073709551615R poc_input.txt

When compiled with AddressSanitizer, this command produces the following
error:

[image: image.png]

The ASan output clearly shows that the issue is a READ one byte before a
672-byte heap-allocated region. The call stack confirms the path from
begfield() through keycompare() and compare_random() to strxfrm().
Proposed Fix

A proper fix would involve checking for integer overflow before performing
the pointer arithmetic in begfield(). Here's a suggested fix:

c

/* Inside begfield() *//* Advance PTR by SCHAR (if possible), but no
further than LIM. */if (schar > 0) {
  /* Check if adding schar would overflow or wrap negatively */
  if (SIZE_MAX - (uintptr_t)ptr < schar) {
    /* If it would overflow, safest is to set to end of current segment */
    ptr = lim;
  } else {
    ptr = MIN(lim, ptr + schar);
  }} else {
  /* Original behavior for schar == 0 */
  ptr = MIN(lim, ptr + schar);}

This fix guards against the integer overflow by checking if ptr + schar
would exceed the maximum representable size_t value, which indicates a
wraparound would occur.
Affected Versions

This vulnerability affects GNU Coreutils through at least version, and
potentially earlier versions. I've confirmed the issue in the current
development code.
CVE Request

I would like to request a CVE for this vulnerability.

Thank you for your attention to this matter.

Sincerely, Mohamed Maatallah (@Zephkek)

--000000000000d7ddaf06358dea01
Content-Type: text/html; charset="UTF-8"
Content-Transfer-Encoding: quoted-printable

<div dir=3D"ltr"><h1><span style=3D"font-size:small;font-weight:normal">Dea=
r GNU Coreutils Maintainers,</span></h1>
<p class=3D"gmail-whitespace-normal">I am reporting a heap buffer overflow =
vulnerability (CWE-122) I&#39;ve discovered in the GNU Coreutils sort utili=
ty. This issue affects the traditional key specification syntax processing =
and leads to an out-of-bounds read.</p>
<h2 class=3D"gmail-text-xl gmail-font-bold gmail-text-text-100 gmail-mt-1 g=
mail--mb-0.5">Vulnerability Details</h2>
<p class=3D"gmail-whitespace-normal">The vulnerability occurs when the trad=
itional key specification syntax (<code class=3D"gmail-bg-text-200/5 gmail-=
border gmail-border-0.5 gmail-border-border-300 gmail-text-danger-000 gmail=
-whitespace-pre-wrap gmail-rounded-[0.4rem] gmail-px-1 gmail-py-px gmail-te=
xt-[0.9rem]">+POS1[.C1][OPTS]</code>) is used with <code class=3D"gmail-bg-=
text-200/5 gmail-border gmail-border-0.5 gmail-border-border-300 gmail-text=
-danger-000 gmail-whitespace-pre-wrap gmail-rounded-[0.4rem] gmail-px-1 gma=
il-py-px gmail-text-[0.9rem]">UINTMAX_MAX</code> as the character position =
value. The <code class=3D"gmail-bg-text-200/5 gmail-border gmail-border-0.5=
 gmail-border-border-300 gmail-text-danger-000 gmail-whitespace-pre-wrap gm=
ail-rounded-[0.4rem] gmail-px-1 gmail-py-px gmail-text-[0.9rem]">begfield()=
</code> function in <code class=3D"gmail-bg-text-200/5 gmail-border gmail-b=
order-0.5 gmail-border-border-300 gmail-text-danger-000 gmail-whitespace-pr=
e-wrap gmail-rounded-[0.4rem] gmail-px-1 gmail-py-px gmail-text-[0.9rem]">s=
rc/sort.c</code> performs unsafe pointer arithmetic that leads to integer w=
raparound, resulting in a pointer that points one byte before the start of =
an allocated heap buffer.</p>
<p class=3D"gmail-whitespace-normal">The vulnerable code is in the <code cl=
ass=3D"gmail-bg-text-200/5 gmail-border gmail-border-0.5 gmail-border-borde=
r-300 gmail-text-danger-000 gmail-whitespace-pre-wrap gmail-rounded-[0.4rem=
] gmail-px-1 gmail-py-px gmail-text-[0.9rem]">begfield()</code> function in=
 <code class=3D"gmail-bg-text-200/5 gmail-border gmail-border-0.5 gmail-bor=
der-border-300 gmail-text-danger-000 gmail-whitespace-pre-wrap gmail-rounde=
d-[0.4rem] gmail-px-1 gmail-py-px gmail-text-[0.9rem]">src/sort.c</code>:</=
p>
<pre><div class=3D"gmail-relative gmail-group/copy gmail-rounded-lg"><div c=
lass=3D"gmail-sticky gmail-opacity-0 gmail-group-hover/copy:opacity-100 gma=
il-top-2 gmail-py-2 gmail-h-12 gmail-w-0 gmail-float-right"><div class=3D"g=
mail-absolute gmail-right-0 gmail-h-8 gmail-px-2 gmail-items-center gmail-i=
nline-flex"></div></div><div class=3D"gmail-text-text-500 gmail-text-xs gma=
il-p-3.5 gmail-pb-0"><br></div><div class=3D"gmail-"><pre class=3D"gmail-co=
de-block__code gmail-!my-0 gmail-!rounded-lg gmail-!text-sm gmail-!leading-=
relaxed" style=3D"background:transparent;color:rgb(171,178,191);font-family=
:&quot;Fira Code&quot;,&quot;Fira Mono&quot;,Menlo,Consolas,&quot;DejaVu Sa=
ns Mono&quot;,monospace;direction:ltr;word-spacing:normal;word-break:normal=
;line-height:1.5;padding:1em;margin-top:0.5em;margin-bottom:0.5em;overflow:=
auto;border-radius:0.3em"><code class=3D"gmail-language-c" style=3D"backgro=
und:transparent;font-family:&quot;Fira Code&quot;,&quot;Fira Mono&quot;,Men=
lo,Consolas,&quot;DejaVu Sans Mono&quot;,monospace;direction:ltr;word-spaci=
ng:normal;word-break:normal;line-height:1.5"><span class=3D"gmail-token" st=
yle=3D"color:rgb(198,120,221)">static</span> <span class=3D"gmail-token" st=
yle=3D"color:rgb(198,120,221)">char</span> <span class=3D"gmail-token" styl=
e=3D"color:rgb(97,175,239)">*</span>
<span class=3D"gmail-token" style=3D"color:rgb(97,175,239)">begfield</span>=
 <span class=3D"gmail-token">(</span><span class=3D"gmail-token" style=3D"c=
olor:rgb(198,120,221)">struct</span> <span class=3D"gmail-token" style=3D"c=
olor:rgb(209,154,102)">line</span> <span class=3D"gmail-token" style=3D"col=
or:rgb(198,120,221)">const</span> <span class=3D"gmail-token" style=3D"colo=
r:rgb(97,175,239)">*</span>line<span class=3D"gmail-token">,</span> <span c=
lass=3D"gmail-token" style=3D"color:rgb(198,120,221)">struct</span> <span c=
lass=3D"gmail-token" style=3D"color:rgb(209,154,102)">keyfield</span> <span=
 class=3D"gmail-token" style=3D"color:rgb(198,120,221)">const</span> <span =
class=3D"gmail-token" style=3D"color:rgb(97,175,239)">*</span>key<span clas=
s=3D"gmail-token">)</span>
<span class=3D"gmail-token">{</span>
  <span class=3D"gmail-token" style=3D"color:rgb(198,120,221)">char</span> =
<span class=3D"gmail-token" style=3D"color:rgb(97,175,239)">*</span>ptr <sp=
an class=3D"gmail-token" style=3D"color:rgb(97,175,239)">=3D</span> line<sp=
an class=3D"gmail-token" style=3D"color:rgb(97,175,239)">-&gt;</span>text<s=
pan class=3D"gmail-token">,</span> <span class=3D"gmail-token" style=3D"col=
or:rgb(97,175,239)">*</span>lim <span class=3D"gmail-token" style=3D"color:=
rgb(97,175,239)">=3D</span> ptr <span class=3D"gmail-token" style=3D"color:=
rgb(97,175,239)">+</span> line<span class=3D"gmail-token" style=3D"color:rg=
b(97,175,239)">-&gt;</span>length <span class=3D"gmail-token" style=3D"colo=
r:rgb(97,175,239)">-</span> <span class=3D"gmail-token" style=3D"color:rgb(=
209,154,102)">1</span><span class=3D"gmail-token">;</span>
  <span class=3D"gmail-token" style=3D"color:rgb(209,154,102)">size_t</span=
> sword <span class=3D"gmail-token" style=3D"color:rgb(97,175,239)">=3D</sp=
an> key<span class=3D"gmail-token" style=3D"color:rgb(97,175,239)">-&gt;</s=
pan>sword<span class=3D"gmail-token">;</span>
  <span class=3D"gmail-token" style=3D"color:rgb(209,154,102)">size_t</span=
> schar <span class=3D"gmail-token" style=3D"color:rgb(97,175,239)">=3D</sp=
an> key<span class=3D"gmail-token" style=3D"color:rgb(97,175,239)">-&gt;</s=
pan>schar<span class=3D"gmail-token">;</span>

  <span class=3D"gmail-token" style=3D"color:rgb(92,99,112);font-style:ital=
ic">/* The leading field separator itself is included in a field when -t
</span><span class=3D"gmail-token" style=3D"color:rgb(92,99,112);font-style=
:italic">     is absent.  */</span>

  <span class=3D"gmail-token" style=3D"color:rgb(198,120,221)">if</span> <s=
pan class=3D"gmail-token">(</span>tab <span class=3D"gmail-token" style=3D"=
color:rgb(97,175,239)">!=3D</span> TAB_DEFAULT<span class=3D"gmail-token">)=
</span>
    <span class=3D"gmail-token" style=3D"color:rgb(198,120,221)">while</spa=
n> <span class=3D"gmail-token">(</span>ptr <span class=3D"gmail-token" styl=
e=3D"color:rgb(97,175,239)">&lt;</span> lim <span class=3D"gmail-token" sty=
le=3D"color:rgb(97,175,239)">&amp;&amp;</span> sword<span class=3D"gmail-to=
ken" style=3D"color:rgb(97,175,239)">--</span><span class=3D"gmail-token">)=
</span>
      <span class=3D"gmail-token">{</span>
        <span class=3D"gmail-token" style=3D"color:rgb(198,120,221)">while<=
/span> <span class=3D"gmail-token">(</span>ptr <span class=3D"gmail-token" =
style=3D"color:rgb(97,175,239)">&lt;</span> lim <span class=3D"gmail-token"=
 style=3D"color:rgb(97,175,239)">&amp;&amp;</span> <span class=3D"gmail-tok=
en" style=3D"color:rgb(97,175,239)">*</span>ptr <span class=3D"gmail-token"=
 style=3D"color:rgb(97,175,239)">!=3D</span> tab<span class=3D"gmail-token"=
>)</span>
          <span class=3D"gmail-token" style=3D"color:rgb(97,175,239)">++</s=
pan>ptr<span class=3D"gmail-token">;</span>
        <span class=3D"gmail-token" style=3D"color:rgb(198,120,221)">if</sp=
an> <span class=3D"gmail-token">(</span>ptr <span class=3D"gmail-token" sty=
le=3D"color:rgb(97,175,239)">&lt;</span> lim<span class=3D"gmail-token">)</=
span>
          <span class=3D"gmail-token" style=3D"color:rgb(97,175,239)">++</s=
pan>ptr<span class=3D"gmail-token">;</span>
      <span class=3D"gmail-token">}</span>
  <span class=3D"gmail-token" style=3D"color:rgb(198,120,221)">else</span>
    <span class=3D"gmail-token" style=3D"color:rgb(198,120,221)">while</spa=
n> <span class=3D"gmail-token">(</span>ptr <span class=3D"gmail-token" styl=
e=3D"color:rgb(97,175,239)">&lt;</span> lim <span class=3D"gmail-token" sty=
le=3D"color:rgb(97,175,239)">&amp;&amp;</span> sword<span class=3D"gmail-to=
ken" style=3D"color:rgb(97,175,239)">--</span><span class=3D"gmail-token">)=
</span>
      <span class=3D"gmail-token">{</span>
        <span class=3D"gmail-token" style=3D"color:rgb(198,120,221)">while<=
/span> <span class=3D"gmail-token">(</span>ptr <span class=3D"gmail-token" =
style=3D"color:rgb(97,175,239)">&lt;</span> lim <span class=3D"gmail-token"=
 style=3D"color:rgb(97,175,239)">&amp;&amp;</span> blanks<span class=3D"gma=
il-token">[</span><span class=3D"gmail-token" style=3D"color:rgb(97,175,239=
)">to_uchar</span> <span class=3D"gmail-token">(</span><span class=3D"gmail=
-token" style=3D"color:rgb(97,175,239)">*</span>ptr<span class=3D"gmail-tok=
en">)</span><span class=3D"gmail-token">]</span><span class=3D"gmail-token"=
>)</span>
          <span class=3D"gmail-token" style=3D"color:rgb(97,175,239)">++</s=
pan>ptr<span class=3D"gmail-token">;</span>
        <span class=3D"gmail-token" style=3D"color:rgb(198,120,221)">while<=
/span> <span class=3D"gmail-token">(</span>ptr <span class=3D"gmail-token" =
style=3D"color:rgb(97,175,239)">&lt;</span> lim <span class=3D"gmail-token"=
 style=3D"color:rgb(97,175,239)">&amp;&amp;</span> <span class=3D"gmail-tok=
en" style=3D"color:rgb(97,175,239)">!</span>blanks<span class=3D"gmail-toke=
n">[</span><span class=3D"gmail-token" style=3D"color:rgb(97,175,239)">to_u=
char</span> <span class=3D"gmail-token">(</span><span class=3D"gmail-token"=
 style=3D"color:rgb(97,175,239)">*</span>ptr<span class=3D"gmail-token">)</=
span><span class=3D"gmail-token">]</span><span class=3D"gmail-token">)</spa=
n>
          <span class=3D"gmail-token" style=3D"color:rgb(97,175,239)">++</s=
pan>ptr<span class=3D"gmail-token">;</span>
      <span class=3D"gmail-token">}</span>

  <span class=3D"gmail-token" style=3D"color:rgb(92,99,112);font-style:ital=
ic">/* If we&#39;re ignoring leading blanks when computing the Start
</span><span class=3D"gmail-token" style=3D"color:rgb(92,99,112);font-style=
:italic">     of the field, skip past them here.  */</span>
  <span class=3D"gmail-token" style=3D"color:rgb(198,120,221)">if</span> <s=
pan class=3D"gmail-token">(</span>key<span class=3D"gmail-token" style=3D"c=
olor:rgb(97,175,239)">-&gt;</span>skipsblanks<span class=3D"gmail-token">)<=
/span>
    <span class=3D"gmail-token" style=3D"color:rgb(198,120,221)">while</spa=
n> <span class=3D"gmail-token">(</span>ptr <span class=3D"gmail-token" styl=
e=3D"color:rgb(97,175,239)">&lt;</span> lim <span class=3D"gmail-token" sty=
le=3D"color:rgb(97,175,239)">&amp;&amp;</span> blanks<span class=3D"gmail-t=
oken">[</span><span class=3D"gmail-token" style=3D"color:rgb(97,175,239)">t=
o_uchar</span> <span class=3D"gmail-token">(</span><span class=3D"gmail-tok=
en" style=3D"color:rgb(97,175,239)">*</span>ptr<span class=3D"gmail-token">=
)</span><span class=3D"gmail-token">]</span><span class=3D"gmail-token">)</=
span>
      <span class=3D"gmail-token" style=3D"color:rgb(97,175,239)">++</span>=
ptr<span class=3D"gmail-token">;</span>

  <span class=3D"gmail-token" style=3D"color:rgb(92,99,112);font-style:ital=
ic">/* Advance PTR by SCHAR (if possible), but no further than LIM. */</spa=
n>
  ptr <span class=3D"gmail-token" style=3D"color:rgb(97,175,239)">=3D</span=
> <span class=3D"gmail-token" style=3D"color:rgb(97,175,239)">MIN</span> <s=
pan class=3D"gmail-token">(</span>lim<span class=3D"gmail-token">,</span> p=
tr <span class=3D"gmail-token" style=3D"color:rgb(97,175,239)">+</span> sch=
ar<span class=3D"gmail-token">)</span><span class=3D"gmail-token">;</span>

  <span class=3D"gmail-token" style=3D"color:rgb(198,120,221)">return</span=
> ptr<span class=3D"gmail-token">;</span>
<span class=3D"gmail-token">}</span></code></pre></div></div></pre>
<p class=3D"gmail-whitespace-normal">The issue lies in the expression <code=
 class=3D"gmail-bg-text-200/5 gmail-border gmail-border-0.5 gmail-border-bo=
rder-300 gmail-text-danger-000 gmail-whitespace-pre-wrap gmail-rounded-[0.4=
rem] gmail-px-1 gmail-py-px gmail-text-[0.9rem]">ptr + schar</code> when <c=
ode class=3D"gmail-bg-text-200/5 gmail-border gmail-border-0.5 gmail-border=
-border-300 gmail-text-danger-000 gmail-whitespace-pre-wrap gmail-rounded-[=
0.4rem] gmail-px-1 gmail-py-px gmail-text-[0.9rem]">schar</code> is set to =
<code class=3D"gmail-bg-text-200/5 gmail-border gmail-border-0.5 gmail-bord=
er-border-300 gmail-text-danger-000 gmail-whitespace-pre-wrap gmail-rounded=
-[0.4rem] gmail-px-1 gmail-py-px gmail-text-[0.9rem]">UINTMAX_MAX</code> (1=
8446744073709551615 on 64-bit systems). This triggers integer wraparound du=
e to size_t arithmetic, causing the calculation to effectively become <code=
 class=3D"gmail-bg-text-200/5 gmail-border gmail-border-0.5 gmail-border-bo=
rder-300 gmail-text-danger-000 gmail-whitespace-pre-wrap gmail-rounded-[0.4=
rem] gmail-px-1 gmail-py-px gmail-text-[0.9rem]">ptr - 1</code>. As a resul=
t, the function returns a pointer that&#39;s one byte before the start of t=
he allocated buffer.</p>
<p class=3D"gmail-whitespace-normal">The vulnerability is exploitable when:=
</p>
<ol class=3D"gmail-[&amp;:not(:last-child)_ul]:pb-1 gmail-[&amp;:not(:last-=
child)_ol]:pb-1 gmail-list-decimal gmail-space-y-1.5 gmail-pl-7">
<li class=3D"gmail-whitespace-normal gmail-break-words">A user passes the k=
ey specification in traditional format (<code class=3D"gmail-bg-text-200/5 =
gmail-border gmail-border-0.5 gmail-border-border-300 gmail-text-danger-000=
 gmail-whitespace-pre-wrap gmail-rounded-[0.4rem] gmail-px-1 gmail-py-px gm=
ail-text-[0.9rem]">+0.18446744073709551615R</code>)</li>
<li class=3D"gmail-whitespace-normal gmail-break-words">During command-line=
 parsing in <code class=3D"gmail-bg-text-200/5 gmail-border gmail-border-0.=
5 gmail-border-border-300 gmail-text-danger-000 gmail-whitespace-pre-wrap g=
mail-rounded-[0.4rem] gmail-px-1 gmail-py-px gmail-text-[0.9rem]">main()</c=
ode>, this sets <code class=3D"gmail-bg-text-200/5 gmail-border gmail-borde=
r-0.5 gmail-border-border-300 gmail-text-danger-000 gmail-whitespace-pre-wr=
ap gmail-rounded-[0.4rem] gmail-px-1 gmail-py-px gmail-text-[0.9rem]">key-&=
gt;schar</code> to <code class=3D"gmail-bg-text-200/5 gmail-border gmail-bo=
rder-0.5 gmail-border-border-300 gmail-text-danger-000 gmail-whitespace-pre=
-wrap gmail-rounded-[0.4rem] gmail-px-1 gmail-py-px gmail-text-[0.9rem]">UI=
NTMAX_MAX</code></li>
<li class=3D"gmail-whitespace-normal gmail-break-words">In <code class=3D"g=
mail-bg-text-200/5 gmail-border gmail-border-0.5 gmail-border-border-300 gm=
ail-text-danger-000 gmail-whitespace-pre-wrap gmail-rounded-[0.4rem] gmail-=
px-1 gmail-py-px gmail-text-[0.9rem]">fillbuf()</code>, the <code class=3D"=
gmail-bg-text-200/5 gmail-border gmail-border-0.5 gmail-border-border-300 g=
mail-text-danger-000 gmail-whitespace-pre-wrap gmail-rounded-[0.4rem] gmail=
-px-1 gmail-py-px gmail-text-[0.9rem]">begfield()</code> function is called=
 to precompute key positions</li>
<li class=3D"gmail-whitespace-normal gmail-break-words">The underflow occur=
s during the line key pointer calculation</li>
<li class=3D"gmail-whitespace-normal gmail-break-words">The function return=
s a pointer before the buffer start</li>
<li class=3D"gmail-whitespace-normal gmail-break-words">This invalid pointe=
r is later passed through the call chain:
<ul class=3D"gmail-[&amp;:not(:last-child)_ul]:pb-1 gmail-[&amp;:not(:last-=
child)_ol]:pb-1 gmail-list-disc gmail-space-y-1.5 gmail-pl-7">
<li class=3D"gmail-whitespace-normal gmail-break-words"><code class=3D"gmai=
l-bg-text-200/5 gmail-border gmail-border-0.5 gmail-border-border-300 gmail=
-text-danger-000 gmail-whitespace-pre-wrap gmail-rounded-[0.4rem] gmail-px-=
1 gmail-py-px gmail-text-[0.9rem]">keycompare()</code> function assigns the=
 pointer to <code class=3D"gmail-bg-text-200/5 gmail-border gmail-border-0.=
5 gmail-border-border-300 gmail-text-danger-000 gmail-whitespace-pre-wrap g=
mail-rounded-[0.4rem] gmail-px-1 gmail-py-px gmail-text-[0.9rem]">texta</co=
de></li>
<li class=3D"gmail-whitespace-normal gmail-break-words">When using <code cl=
ass=3D"gmail-bg-text-200/5 gmail-border gmail-border-0.5 gmail-border-borde=
r-300 gmail-text-danger-000 gmail-whitespace-pre-wrap gmail-rounded-[0.4rem=
] gmail-px-1 gmail-py-px gmail-text-[0.9rem]">-R</code> (random sort), it c=
alls <code class=3D"gmail-bg-text-200/5 gmail-border gmail-border-0.5 gmail=
-border-border-300 gmail-text-danger-000 gmail-whitespace-pre-wrap gmail-ro=
unded-[0.4rem] gmail-px-1 gmail-py-px gmail-text-[0.9rem]">compare_random()=
</code></li>
<li class=3D"gmail-whitespace-normal gmail-break-words"><code class=3D"gmai=
l-bg-text-200/5 gmail-border gmail-border-0.5 gmail-border-border-300 gmail=
-text-danger-000 gmail-whitespace-pre-wrap gmail-rounded-[0.4rem] gmail-px-=
1 gmail-py-px gmail-text-[0.9rem]">compare_random()</code> calls <code clas=
s=3D"gmail-bg-text-200/5 gmail-border gmail-border-0.5 gmail-border-border-=
300 gmail-text-danger-000 gmail-whitespace-pre-wrap gmail-rounded-[0.4rem] =
gmail-px-1 gmail-py-px gmail-text-[0.9rem]">xstrxfrm()</code> with the inva=
lid pointer</li>
<li class=3D"gmail-whitespace-normal gmail-break-words"><code class=3D"gmai=
l-bg-text-200/5 gmail-border gmail-border-0.5 gmail-border-border-300 gmail=
-text-danger-000 gmail-whitespace-pre-wrap gmail-rounded-[0.4rem] gmail-px-=
1 gmail-py-px gmail-text-[0.9rem]">xstrxfrm()</code> calls <code class=3D"g=
mail-bg-text-200/5 gmail-border gmail-border-0.5 gmail-border-border-300 gm=
ail-text-danger-000 gmail-whitespace-pre-wrap gmail-rounded-[0.4rem] gmail-=
px-1 gmail-py-px gmail-text-[0.9rem]">strxfrm()</code> on the out-of-bounds=
 address</li>
<li class=3D"gmail-whitespace-normal gmail-break-words"><code class=3D"gmai=
l-bg-text-200/5 gmail-border gmail-border-0.5 gmail-border-border-300 gmail=
-text-danger-000 gmail-whitespace-pre-wrap gmail-rounded-[0.4rem] gmail-px-=
1 gmail-py-px gmail-text-[0.9rem]">strxfrm()</code> attempts to read the by=
te before the buffer, triggering the overflow</li>
</ul>
</li>
</ol>
<h2 class=3D"gmail-text-xl gmail-font-bold gmail-text-text-100 gmail-mt-1 g=
mail--mb-0.5">Technical Impact</h2>
<p class=3D"gmail-whitespace-normal">This is a heap buffer overflow (read) =
that accesses memory one byte before an allocated buffer. The vulnerability=
 could lead to program crashes and potentially information disclosure depen=
ding on the memory layout.</p>
<h2 class=3D"gmail-text-xl gmail-font-bold gmail-text-text-100 gmail-mt-1 g=
mail--mb-0.5">Proof of Concept</h2>
<p class=3D"gmail-whitespace-normal">The vulnerability can be reliably repr=
oduced with this simple test case:</p>
<pre><div class=3D"gmail-relative gmail-group/copy gmail-rounded-lg"><div c=
lass=3D"gmail-sticky gmail-opacity-0 gmail-group-hover/copy:opacity-100 gma=
il-top-2 gmail-py-2 gmail-h-12 gmail-w-0 gmail-float-right"><div class=3D"g=
mail-absolute gmail-right-0 gmail-h-8 gmail-px-2 gmail-items-center gmail-i=
nline-flex"><button class=3D"gmail-inline-flex gmail-items-center gmail-jus=
tify-center gmail-relative gmail-shrink-0 gmail-can-focus gmail-select-none=
 gmail-disabled:pointer-events-none gmail-disabled:opacity-50 gmail-disable=
d:shadow-none gmail-disabled:drop-shadow-none gmail-text-text-300 gmail-bor=
der-transparent gmail-transition gmail-font-styrene gmail-duration-300 ease=
-[cubic-bezier(0.165,0.85,0.45,1)] gmail-hover:bg-bg-400 gmail-aria-pressed=
:bg-bg-400 gmail-aria-checked:bg-bg-400 gmail-aria-expanded:bg-bg-300 gmail=
-hover:text-text-100 gmail-aria-pressed:text-text-100 gmail-aria-checked:te=
xt-text-100 gmail-aria-expanded:text-text-100 gmail-h-8 gmail-w-8 gmail-rou=
nded-md gmail-active:scale-95 gmail-backdrop-blur-md" type=3D"button" aria-=
label=3D"Copy to clipboard"><div class=3D"gmail-relative"></div></button></=
div></div><div class=3D"gmail-text-text-500 gmail-text-xs gmail-p-3.5 gmail=
-pb-0">bash</div><div class=3D"gmail-"><pre class=3D"gmail-code-block__code=
 gmail-!my-0 gmail-!rounded-lg gmail-!text-sm gmail-!leading-relaxed" style=
=3D"background:transparent;color:rgb(171,178,191);font-family:&quot;Fira Co=
de&quot;,&quot;Fira Mono&quot;,Menlo,Consolas,&quot;DejaVu Sans Mono&quot;,=
monospace;direction:ltr;word-spacing:normal;word-break:normal;line-height:1=
.5;padding:1em;margin-top:0.5em;margin-bottom:0.5em;overflow:auto;border-ra=
dius:0.3em"><code class=3D"gmail-language-bash" style=3D"background:transpa=
rent;font-family:&quot;Fira Code&quot;,&quot;Fira Mono&quot;,Menlo,Consolas=
,&quot;DejaVu Sans Mono&quot;,monospace;direction:ltr;word-spacing:normal;w=
ord-break:normal;line-height:1.5"><span class=3D"gmail-token" style=3D"colo=
r:rgb(92,99,112);font-style:italic"># Create a test file with any content</=
span>
<span class=3D"gmail-token" style=3D"color:rgb(209,154,102)">echo</span> -e=
 <span class=3D"gmail-token" style=3D"color:rgb(152,195,121)">&quot;aa</spa=
n><span class=3D"gmail-token" style=3D"cursor: help;">\n</span><span class=
=3D"gmail-token" style=3D"color:rgb(152,195,121)">bb&quot;</span> <span cla=
ss=3D"gmail-token" style=3D"color:rgb(97,175,239)">&gt;</span> poc_input.tx=
t

<span class=3D"gmail-token" style=3D"color:rgb(92,99,112);font-style:italic=
"># Execute vulnerable command (traditional key format + random sort option=
)</span>
./sort +0.18446744073709551615R poc_input.txt</code></pre></div></div></pre=
>
<p class=3D"gmail-whitespace-normal">When compiled with AddressSanitizer, t=
his command produces the following error:</p>
<pre><div class=3D"gmail-relative gmail-group/copy gmail-rounded-lg"><div c=
lass=3D"gmail-sticky gmail-opacity-0 gmail-group-hover/copy:opacity-100 gma=
il-top-2 gmail-py-2 gmail-h-12 gmail-w-0 gmail-float-right"><div class=3D"g=
mail-absolute gmail-right-0 gmail-h-8 gmail-px-2 gmail-items-center gmail-i=
nline-flex"><img src=3D"cid:ii_mawbcn782" alt=3D"image.png" width=3D"542" h=
eight=3D"301"><br></div></div></div></pre>
<p class=3D"gmail-whitespace-normal">The ASan output clearly shows that the=
 issue is a READ one byte before a 672-byte heap-allocated region. The call=
 stack confirms the path from <code class=3D"gmail-bg-text-200/5 gmail-bord=
er gmail-border-0.5 gmail-border-border-300 gmail-text-danger-000 gmail-whi=
tespace-pre-wrap gmail-rounded-[0.4rem] gmail-px-1 gmail-py-px gmail-text-[=
0.9rem]">begfield()</code> through <code class=3D"gmail-bg-text-200/5 gmail=
-border gmail-border-0.5 gmail-border-border-300 gmail-text-danger-000 gmai=
l-whitespace-pre-wrap gmail-rounded-[0.4rem] gmail-px-1 gmail-py-px gmail-t=
ext-[0.9rem]">keycompare()</code> and <code class=3D"gmail-bg-text-200/5 gm=
ail-border gmail-border-0.5 gmail-border-border-300 gmail-text-danger-000 g=
mail-whitespace-pre-wrap gmail-rounded-[0.4rem] gmail-px-1 gmail-py-px gmai=
l-text-[0.9rem]">compare_random()</code> to <code class=3D"gmail-bg-text-20=
0/5 gmail-border gmail-border-0.5 gmail-border-border-300 gmail-text-danger=
-000 gmail-whitespace-pre-wrap gmail-rounded-[0.4rem] gmail-px-1 gmail-py-p=
x gmail-text-[0.9rem]">strxfrm()</code>.</p>
<h2 class=3D"gmail-text-xl gmail-font-bold gmail-text-text-100 gmail-mt-1 g=
mail--mb-0.5">Proposed Fix</h2>
<p class=3D"gmail-whitespace-normal">A proper fix would involve checking fo=
r integer overflow before performing the pointer arithmetic in <code class=
=3D"gmail-bg-text-200/5 gmail-border gmail-border-0.5 gmail-border-border-3=
00 gmail-text-danger-000 gmail-whitespace-pre-wrap gmail-rounded-[0.4rem] g=
mail-px-1 gmail-py-px gmail-text-[0.9rem]">begfield()</code>. Here&#39;s a =
suggested fix:</p>
<pre><div class=3D"gmail-relative gmail-group/copy gmail-rounded-lg"><div c=
lass=3D"gmail-sticky gmail-opacity-0 gmail-group-hover/copy:opacity-100 gma=
il-top-2 gmail-py-2 gmail-h-12 gmail-w-0 gmail-float-right"><div class=3D"g=
mail-absolute gmail-right-0 gmail-h-8 gmail-px-2 gmail-items-center gmail-i=
nline-flex"><button class=3D"gmail-inline-flex gmail-items-center gmail-jus=
tify-center gmail-relative gmail-shrink-0 gmail-can-focus gmail-select-none=
 gmail-disabled:pointer-events-none gmail-disabled:opacity-50 gmail-disable=
d:shadow-none gmail-disabled:drop-shadow-none gmail-text-text-300 gmail-bor=
der-transparent gmail-transition gmail-font-styrene gmail-duration-300 ease=
-[cubic-bezier(0.165,0.85,0.45,1)] gmail-hover:bg-bg-400 gmail-aria-pressed=
:bg-bg-400 gmail-aria-checked:bg-bg-400 gmail-aria-expanded:bg-bg-300 gmail=
-hover:text-text-100 gmail-aria-pressed:text-text-100 gmail-aria-checked:te=
xt-text-100 gmail-aria-expanded:text-text-100 gmail-h-8 gmail-w-8 gmail-rou=
nded-md gmail-active:scale-95 gmail-backdrop-blur-md" type=3D"button" aria-=
label=3D"Copy to clipboard"><div class=3D"gmail-relative"></div></button></=
div></div><div class=3D"gmail-text-text-500 gmail-text-xs gmail-p-3.5 gmail=
-pb-0">c</div><div class=3D"gmail-"><pre class=3D"gmail-code-block__code gm=
ail-!my-0 gmail-!rounded-lg gmail-!text-sm gmail-!leading-relaxed" style=3D=
"background:transparent;color:rgb(171,178,191);font-family:&quot;Fira Code&=
quot;,&quot;Fira Mono&quot;,Menlo,Consolas,&quot;DejaVu Sans Mono&quot;,mon=
ospace;direction:ltr;word-spacing:normal;word-break:normal;line-height:1.5;=
padding:1em;margin-top:0.5em;margin-bottom:0.5em;overflow:auto;border-radiu=
s:0.3em"><code class=3D"gmail-language-c" style=3D"background:transparent;f=
ont-family:&quot;Fira Code&quot;,&quot;Fira Mono&quot;,Menlo,Consolas,&quot=
;DejaVu Sans Mono&quot;,monospace;direction:ltr;word-spacing:normal;word-br=
eak:normal;line-height:1.5"><span class=3D"gmail-token" style=3D"color:rgb(=
92,99,112);font-style:italic">/* Inside begfield() */</span>
<span class=3D"gmail-token" style=3D"color:rgb(92,99,112);font-style:italic=
">/* Advance PTR by SCHAR (if possible), but no further than LIM. */</span>
<span class=3D"gmail-token" style=3D"color:rgb(198,120,221)">if</span> <spa=
n class=3D"gmail-token">(</span>schar <span class=3D"gmail-token" style=3D"=
color:rgb(97,175,239)">&gt;</span> <span class=3D"gmail-token" style=3D"col=
or:rgb(209,154,102)">0</span><span class=3D"gmail-token">)</span> <span cla=
ss=3D"gmail-token">{</span>
  <span class=3D"gmail-token" style=3D"color:rgb(92,99,112);font-style:ital=
ic">/* Check if adding schar would overflow or wrap negatively */</span>
  <span class=3D"gmail-token" style=3D"color:rgb(198,120,221)">if</span> <s=
pan class=3D"gmail-token">(</span>SIZE_MAX <span class=3D"gmail-token" styl=
e=3D"color:rgb(97,175,239)">-</span> <span class=3D"gmail-token">(</span><s=
pan class=3D"gmail-token" style=3D"color:rgb(209,154,102)">uintptr_t</span>=
<span class=3D"gmail-token">)</span>ptr <span class=3D"gmail-token" style=
=3D"color:rgb(97,175,239)">&lt;</span> schar<span class=3D"gmail-token">)</=
span> <span class=3D"gmail-token">{</span>
    <span class=3D"gmail-token" style=3D"color:rgb(92,99,112);font-style:it=
alic">/* If it would overflow, safest is to set to end of current segment *=
/</span>
    ptr <span class=3D"gmail-token" style=3D"color:rgb(97,175,239)">=3D</sp=
an> lim<span class=3D"gmail-token">;</span>
  <span class=3D"gmail-token">}</span> <span class=3D"gmail-token" style=3D=
"color:rgb(198,120,221)">else</span> <span class=3D"gmail-token">{</span>
    ptr <span class=3D"gmail-token" style=3D"color:rgb(97,175,239)">=3D</sp=
an> <span class=3D"gmail-token" style=3D"color:rgb(97,175,239)">MIN</span><=
span class=3D"gmail-token">(</span>lim<span class=3D"gmail-token">,</span> =
ptr <span class=3D"gmail-token" style=3D"color:rgb(97,175,239)">+</span> sc=
har<span class=3D"gmail-token">)</span><span class=3D"gmail-token">;</span>
  <span class=3D"gmail-token">}</span>
<span class=3D"gmail-token">}</span> <span class=3D"gmail-token" style=3D"c=
olor:rgb(198,120,221)">else</span> <span class=3D"gmail-token">{</span>
  <span class=3D"gmail-token" style=3D"color:rgb(92,99,112);font-style:ital=
ic">/* Original behavior for schar =3D=3D 0 */</span>
  ptr <span class=3D"gmail-token" style=3D"color:rgb(97,175,239)">=3D</span=
> <span class=3D"gmail-token" style=3D"color:rgb(97,175,239)">MIN</span><sp=
an class=3D"gmail-token">(</span>lim<span class=3D"gmail-token">,</span> pt=
r <span class=3D"gmail-token" style=3D"color:rgb(97,175,239)">+</span> scha=
r<span class=3D"gmail-token">)</span><span class=3D"gmail-token">;</span>
<span class=3D"gmail-token">}</span></code></pre></div></div></pre>
<p class=3D"gmail-whitespace-normal">This fix guards against the integer ov=
erflow by checking if <code class=3D"gmail-bg-text-200/5 gmail-border gmail=
-border-0.5 gmail-border-border-300 gmail-text-danger-000 gmail-whitespace-=
pre-wrap gmail-rounded-[0.4rem] gmail-px-1 gmail-py-px gmail-text-[0.9rem]"=
>ptr + schar</code> would exceed the maximum representable size_t value, wh=
ich indicates a wraparound would occur.</p>
<h2 class=3D"gmail-text-xl gmail-font-bold gmail-text-text-100 gmail-mt-1 g=
mail--mb-0.5">Affected Versions</h2>
<p class=3D"gmail-whitespace-normal">This vulnerability affects GNU Coreuti=
ls through at least version, and potentially earlier versions. I&#39;ve con=
firmed the issue in the current development code.</p>
<h2 class=3D"gmail-text-xl gmail-font-bold gmail-text-text-100 gmail-mt-1 g=
mail--mb-0.5">CVE Request</h2>
<p class=3D"gmail-whitespace-normal">I would like to request a CVE for this=
 vulnerability.</p>
<p class=3D"gmail-whitespace-normal">Thank you for your attention to this m=
atter.</p>
<p class=3D"gmail-whitespace-normal">Sincerely,
Mohamed Maatallah (@Zephkek)</p></div>

--000000000000d7ddaf06358dea01--

--000000000000d7ddb006358dea02
Content-Type: image/png; name="image.png"
Content-Disposition: inline; filename="image.png"
Content-Transfer-Encoding: base64
Content-ID: <ii_mawbcn782>
X-Attachment-Id: ii_mawbcn782
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--000000000000d7ddb006358dea02--




From debbugs-submit-bounces@debbugs.gnu.org Tue May 20 11:15:41 2025
Received: (at 78507) by debbugs.gnu.org; 20 May 2025 15:15:42 +0000
Received: from localhost ([127.0.0.1]:32887 helo=debbugs.gnu.org)
	by debbugs.gnu.org with esmtp (Exim 4.84_2)
	(envelope-from <debbugs-submit-bounces@debbugs.gnu.org>)
	id 1uHOgu-0007FV-FH
	for submit@debbugs.gnu.org; Tue, 20 May 2025 11:15:41 -0400
Received: from mail-wm1-x333.google.com ([2a00:1450:4864:20::333]:47297)
 by debbugs.gnu.org with esmtps (TLS1.2:ECDHE_RSA_AES_128_GCM_SHA256:128)
 (Exim 4.84_2) (envelope-from <pixelbeat@gmail.com>)
 id 1uHOgr-0007F2-3N
 for 78507@debbugs.gnu.org; Tue, 20 May 2025 11:15:37 -0400
Received: by mail-wm1-x333.google.com with SMTP id
 5b1f17b1804b1-43cf848528aso51064635e9.2
 for <78507@debbugs.gnu.org>; Tue, 20 May 2025 08:15:37 -0700 (PDT)
DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed;
 d=gmail.com; s=20230601; t=1747754130; x=1748358930; darn=debbugs.gnu.org;
 h=content-transfer-encoding:in-reply-to:from:content-language
 :references:to:subject:user-agent:mime-version:date:message-id
 :sender:from:to:cc:subject:date:message-id:reply-to;
 bh=3UbY7F2pwwcl7tXjvwS00NxzNhrF/DjZ1v3Tqy0GVxg=;
 b=JSDDwUQM4lHLgO26zzMiqGPjeK2ib8JKBHT2YmOk695xRsNDm8fsb49jE71Pa0HlJR
 M7Eyw8Jx1BKubZ739138GWtHarVg2PUPn8fSNePJ7nkxV3Tq7Jk+nxfyhlXlQmrJx8Pp
 YhVmeUq7Ozv4kR9PwzJdUe+UY7F/BSkOVcfPh730zs0TeHz5xJAtON1Bjxib6DNiRCC/
 YPMxgBt155XIk60/OKa3levvo2SVrHV69+9/2oUZMRIZDkzrxDmHeGGsRYVPsl1O0xjp
 uSXSWxIAd/ghuQZR5nU0ucIBwRjDSy326HiF2Uq+MJFoC/PZXt/cXg1De6qOSwYQNmFQ
 67cw==
X-Google-DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed;
 d=1e100.net; s=20230601; t=1747754130; x=1748358930;
 h=content-transfer-encoding:in-reply-to:from:content-language
 :references:to:subject:user-agent:mime-version:date:message-id
 :sender:x-gm-message-state:from:to:cc:subject:date:message-id
 :reply-to;
 bh=3UbY7F2pwwcl7tXjvwS00NxzNhrF/DjZ1v3Tqy0GVxg=;
 b=jN3Ge0NBhNxTLe0+b/LnnGQax8JPaAkAvwTclj5ymA08xeCfE8WqThMSiacfJhKf6I
 4zWLB3pwmkbJCiGWEZWIz8H0Xw57sfvvfwgoOA97Hs1+5xra3A1mhDzhvUMqQIefaGG+
 8s5sj38Q+sIuZFQlpU13VddxJ/gSTr1iZ/dQvEjC20uFyjZpOM6BgSfNIfzLHCqKPU/B
 llJolrlG/CS5rUfZnKQGsnARsAQONriq+B3w1772EfH9Tawc6Ai920caAhAeP6v7HSpg
 8zFwAzP3rM2V+YjPHlETzZeR2EXrz0DMzFaiGJhYIAOb4ycQg8MqxpnpDy3nDLTGWRtS
 mgBw==
X-Forwarded-Encrypted: i=1;
 AJvYcCVPbSKj4jgU0gw1rDFHSoQ3sDK0E4J1pq8T+K7QJ+UOxVQ06x0E4P7wMG3TnOXxMiDgOjlfsg==@debbugs.gnu.org
X-Gm-Message-State: AOJu0YxDrA3JxFlOQEUjRGPkEwhfPivr4EKAuaXeyRkz3mVzof1j3iyT
 yKG6Piw+dEPKYHk+k8winS1cY6jlWjV96A1hBJ1uEbEfDKqAp1Fx2WAU+g7O6Q==
X-Gm-Gg: ASbGncsmmeYtGHHX/471MBRNUeaAvb2v/+sKxKqhEBsHI8CqhWCNA9VjEdhCvD9WdEX
 pPEUAZ1dea94JKgxnd4f76Vl2Dtbor51N31N0B+t3cuRYrUnE/R1XaONUaMSox6qO5kMqab2T9o
 kAYyUGh1icO3TnCtmVPp9GrWR2E7D3eApFf0p7u/SRCvHMIib2h3w+XL6Pqedk/md/QlWIxpwBX
 JJL5W9BctMKhHq9IUaVP+T765zmTU3adh/CmZWQeItVdU/Daud/0EiUQ3cjglNhtubu5AohoDyC
 m6+k9W6STcPL4e41/BSSQU9fqjRUu0B0loo6VKPRhpjpnVm4Ue3CGZPKrDLcf0hlukvhY1ODiVz
 ZJj/P0yjrQG8aVyTj4nJlmJQ/i3Ecrmw=
X-Google-Smtp-Source: AGHT+IGEX9ovd79tfhUdmIC+jKzfUGVx0Q/5+dzKUIqStUbgTqfjLbhhq3j7FyWc6pJ6N5lY9MeciQ==
X-Received: by 2002:a05:600c:8288:b0:43c:efed:733e with SMTP id
 5b1f17b1804b1-442fd6102cdmr156840515e9.14.1747754128713; 
 Tue, 20 May 2025 08:15:28 -0700 (PDT)
Received: from [192.168.1.31]
 (86-44-211-146-dynamic.agg2.lod.rsl-rtd.eircom.net. [86.44.211.146])
 by smtp.googlemail.com with ESMTPSA id
 5b1f17b1804b1-447f7d975cfsm36238595e9.38.2025.05.20.08.15.27
 (version=TLS1_3 cipher=TLS_AES_128_GCM_SHA256 bits=128/128);
 Tue, 20 May 2025 08:15:28 -0700 (PDT)
Message-ID: <3b02f5c2-c584-4557-a19a-678e1d82a492@draigBrady.com>
Date: Tue, 20 May 2025 16:15:26 +0100
MIME-Version: 1.0
User-Agent: Mozilla Thunderbird Beta
Subject: Re: bug#78507: [Security] Heap Buffer Overflow in GNU Coreutils sort
 (CWE-122)
To: Med Maatallah <hotelsmaatallahrecemail@gmail.com>, 78507@debbugs.gnu.org
References: <CANjhWwyKrQ+HjVh3abYGSo46sRaTUm77mGO8KPKmo56qhTfO1g@mail.gmail.com>
Content-Language: en-US
From: =?UTF-8?Q?P=C3=A1draig_Brady?= <P@draigBrady.com>
In-Reply-To: <CANjhWwyKrQ+HjVh3abYGSo46sRaTUm77mGO8KPKmo56qhTfO1g@mail.gmail.com>
Content-Type: text/plain; charset=UTF-8; format=flowed
Content-Transfer-Encoding: 8bit
X-Spam-Score: 0.0 (/)
X-Debbugs-Envelope-To: 78507
X-BeenThere: debbugs-submit@debbugs.gnu.org
X-Mailman-Version: 2.1.18
Precedence: list
List-Id: <debbugs-submit.debbugs.gnu.org>
List-Unsubscribe: <https://debbugs.gnu.org/cgi-bin/mailman/options/debbugs-submit>, 
 <mailto:debbugs-submit-request@debbugs.gnu.org?subject=unsubscribe>
List-Archive: <https://debbugs.gnu.org/cgi-bin/mailman/private/debbugs-submit/>
List-Post: <mailto:debbugs-submit@debbugs.gnu.org>
List-Help: <mailto:debbugs-submit-request@debbugs.gnu.org?subject=help>
List-Subscribe: <https://debbugs.gnu.org/cgi-bin/mailman/listinfo/debbugs-submit>, 
 <mailto:debbugs-submit-request@debbugs.gnu.org?subject=subscribe>
Errors-To: debbugs-submit-bounces@debbugs.gnu.org
Sender: "Debbugs-submit" <debbugs-submit-bounces@debbugs.gnu.org>
X-Spam-Score: -1.0 (-)

On 20/05/2025 10:31, Med Maatallah wrote:
> Dear GNU Coreutils Maintainers,
> 
> I am reporting a heap buffer overflow vulnerability (CWE-122) I've
> discovered in the GNU Coreutils sort utility. This issue affects the
> traditional key specification syntax processing and leads to an
> out-of-bounds read.
> Vulnerability Details
> 
> The vulnerability occurs when the traditional key specification syntax (
> +POS1[.C1][OPTS]) is used with UINTMAX_MAX as the character position value.
> The begfield() function in src/sort.c performs unsafe pointer arithmetic
> that leads to integer wraparound, resulting in a pointer that points one
> byte before the start of an allocated heap buffer.
> 
> The vulnerable code is in the begfield() function in src/sort.c:
> 
> 
> static char *begfield (struct line const *line, struct keyfield const *key){
>    char *ptr = line->text, *lim = ptr + line->length - 1;
>    size_t sword = key->sword;
>    size_t schar = key->schar;
> 
>    /* The leading field separator itself is included in a field when -t
>      is absent.  */
> 
>    if (tab != TAB_DEFAULT)
>      while (ptr < lim && sword--)
>        {
>          while (ptr < lim && *ptr != tab)
>            ++ptr;
>          if (ptr < lim)
>            ++ptr;
>        }
>    else
>      while (ptr < lim && sword--)
>        {
>          while (ptr < lim && blanks[to_uchar (*ptr)])
>            ++ptr;
>          while (ptr < lim && !blanks[to_uchar (*ptr)])
>            ++ptr;
>        }
> 
>    /* If we're ignoring leading blanks when computing the Start     of
> the field, skip past them here.  */
>    if (key->skipsblanks)
>      while (ptr < lim && blanks[to_uchar (*ptr)])
>        ++ptr;
> 
>    /* Advance PTR by SCHAR (if possible), but no further than LIM. */
>    ptr = MIN (lim, ptr + schar);
> 
>    return ptr;}
> 
> The issue lies in the expression ptr + schar when schar is set to
> UINTMAX_MAX (18446744073709551615 on 64-bit systems). This triggers integer
> wraparound due to size_t arithmetic, causing the calculation to effectively
> become ptr - 1. As a result, the function returns a pointer that's one byte
> before the start of the allocated buffer.
> 
> The vulnerability is exploitable when:
> 
>     1. A user passes the key specification in traditional format (
>     +0.18446744073709551615R)
>     2. During command-line parsing in main(), this sets key->schar to
>     UINTMAX_MAX
>     3. In fillbuf(), the begfield() function is called to precompute key
>     positions
>     4. The underflow occurs during the line key pointer calculation
>     5. The function returns a pointer before the buffer start
>     6. This invalid pointer is later passed through the call chain:
>        - keycompare() function assigns the pointer to texta
>        - When using -R (random sort), it calls compare_random()
>        - compare_random() calls xstrxfrm() with the invalid pointer
>        - xstrxfrm() calls strxfrm() on the out-of-bounds address
>        - strxfrm() attempts to read the byte before the buffer, triggering
>        the overflow
> 
> Technical Impact
> 
> This is a heap buffer overflow (read) that accesses memory one byte before
> an allocated buffer. The vulnerability could lead to program crashes and
> potentially information disclosure depending on the memory layout.
> Proof of Concept
> 
> The vulnerability can be reliably reproduced with this simple test case:
> 
> bash
> 
> # Create a test file with any contentecho -e "aa\nbb" > poc_input.txt
> # Execute vulnerable command (traditional key format + random sort option)
> ./sort +0.18446744073709551615R poc_input.txt
> 
> When compiled with AddressSanitizer, this command produces the following
> error:
> 
> [image: image.png]
> 
> The ASan output clearly shows that the issue is a READ one byte before a
> 672-byte heap-allocated region. The call stack confirms the path from
> begfield() through keycompare() and compare_random() to strxfrm().
> Proposed Fix
> 
> A proper fix would involve checking for integer overflow before performing
> the pointer arithmetic in begfield(). Here's a suggested fix:
> 
> c
> 
> /* Inside begfield() *//* Advance PTR by SCHAR (if possible), but no
> further than LIM. */if (schar > 0) {
>    /* Check if adding schar would overflow or wrap negatively */
>    if (SIZE_MAX - (uintptr_t)ptr < schar) {
>      /* If it would overflow, safest is to set to end of current segment */
>      ptr = lim;
>    } else {
>      ptr = MIN(lim, ptr + schar);
>    }} else {
>    /* Original behavior for schar == 0 */
>    ptr = MIN(lim, ptr + schar);}
> 
> This fix guards against the integer overflow by checking if ptr + schar
> would exceed the maximum representable size_t value, which indicates a
> wraparound would occur.
> Affected Versions
> 
> This vulnerability affects GNU Coreutils through at least version, and
> potentially earlier versions. I've confirmed the issue in the current
> development code.
> CVE Request
> 
> I would like to request a CVE for this vulnerability.
> 
> Thank you for your attention to this matter.
> 
> Sincerely, Mohamed Maatallah (@Zephkek)

Indeed. I introduced this in coreutils 7.2 (2009).
One can repro on Fedora for e.g. with:

_POSIX2_VERSION=200809 LC_ALL=C valgrind sort +0.18446744073709551615R poc_input.txt
==984625== Memcheck, a memory error detector
==984625== Using Valgrind-3.24.0 and LibVEX; rerun with -h for copyright info
==984625== Command: sort +0.18446744073709551615R poc_input.txt
==984625==
==984625== Invalid read of size 1

Going back to the more verbose code from coreutils 7.1 avoids the issue.
I'll test a bit more here and post a full patch in a while.

thanks!
Pádraig




From debbugs-submit-bounces@debbugs.gnu.org Tue May 20 13:16:03 2025
Received: (at 78507) by debbugs.gnu.org; 20 May 2025 17:16:03 +0000
Received: from localhost ([127.0.0.1]:34402 helo=debbugs.gnu.org)
	by debbugs.gnu.org with esmtp (Exim 4.84_2)
	(envelope-from <debbugs-submit-bounces@debbugs.gnu.org>)
	id 1uHQZO-000367-8P
	for submit@debbugs.gnu.org; Tue, 20 May 2025 13:16:03 -0400
Received: from mail-wm1-x333.google.com ([2a00:1450:4864:20::333]:60605)
 by debbugs.gnu.org with esmtps (TLS1.2:ECDHE_RSA_AES_128_GCM_SHA256:128)
 (Exim 4.84_2) (envelope-from <pixelbeat@gmail.com>)
 id 1uHQZH-00034p-Qu
 for 78507@debbugs.gnu.org; Tue, 20 May 2025 13:15:59 -0400
Received: by mail-wm1-x333.google.com with SMTP id
 5b1f17b1804b1-442eb5d143eso58721005e9.0
 for <78507@debbugs.gnu.org>; Tue, 20 May 2025 10:15:55 -0700 (PDT)
DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed;
 d=gmail.com; s=20230601; t=1747761349; x=1748366149; darn=debbugs.gnu.org;
 h=in-reply-to:content-language:references:to:from:subject:user-agent
 :mime-version:date:message-id:sender:from:to:cc:subject:date
 :message-id:reply-to;
 bh=jynJ73W/Oo1xT/8NUcfmcqZyvxo56LYNIjDvEdoCm4c=;
 b=Aus6XoHvauiJXimEQENtMKJsFOGoexpIWa9U2vjcT+V9GRXzDqy5J2LlqfFzRMJaS9
 0Fqjc1mNjOnbXe0tWxvkHTBoaSYy+azYO1qt6Sph/LgTLoW6OA3Tyx6yrnk6zO9rwqPA
 PNE+ba44GCUmxbsXE897WUOmQYD9VZi9rFFruBvyFkpSFQ9tfZQDjaDHwcpRqOVygSaX
 Awfvz6D4tv9Gw2ileMdW90g/MOwcP7G55C3U6AKYugetCfhcnLIYvPjcfA0EsgMl0D6k
 VgsxepC28Sorwa6meC3Ka461uEthMoTuq/5HLW4LEkbpDvy7D8ym+efKSMZXiEmN1poO
 5i6w==
X-Google-DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed;
 d=1e100.net; s=20230601; t=1747761349; x=1748366149;
 h=in-reply-to:content-language:references:to:from:subject:user-agent
 :mime-version:date:message-id:sender:x-gm-message-state:from:to:cc
 :subject:date:message-id:reply-to;
 bh=jynJ73W/Oo1xT/8NUcfmcqZyvxo56LYNIjDvEdoCm4c=;
 b=j5VjsVL/MfjaMgN33UabkzeuegtehC9qp+WWM1s3CU4tQy9MKRtRZG+niC8mMCXD9H
 pK58dT85VUenxOMdj/6YtN8Vn4jVk5eiNpq7kONhCQUQ3Zkm+rNEYdju/A2JQCeKHH71
 FfSUvcIkt47s8n7aXp3ORs4scuUuaSjvHudk7BNDsqZkll0L1nzU0Rj4BwF1yxU9nhFK
 WlZUaF4KBYDG+vpjflDHMChxVDc0y6WaHRdJy6uFeivRu7qXZtSMpcFAoz1tSNOmW7Hr
 KvBooHbXBwanrYKyvRw7TRJ6Tggq+dBE/GI9A6sYgdc4uX2ImIZzTq8zqbglG+wmNq6U
 NHzw==
X-Forwarded-Encrypted: i=1;
 AJvYcCWlyMszAuB21BsC3TJ7vYd7x7eBbO98W/8js/Ka9cEnZUT4Suc6PJ7AKrQokG9BYNOM6J/Nhw==@debbugs.gnu.org
X-Gm-Message-State: AOJu0Yw0pNmURuYbAovC8TD995r71L26cSlOwjdBAz725L3n9XXenhkK
 zBYzRCtfW0C+Tb0dfSKaTph2WEQ4PA7FBhMFa399fgaj4WtCqK6pjkof2UXpwA==
X-Gm-Gg: ASbGncsjpGPOwgu18VHVezaaxyEpvnD/mK7LeHneCslAmRRuNMnx8bMpWjkeNNT+bKt
 CLSjgEXNRTCiDHKWv7dh/DO2zxeK+zHpP5wA/SORyiQMioEyL2KeF2/YSXLjZbZ/DA0wVUPcBu+
 ICnH2e7J/LPaONZeXyT9pBzDbYkQU9JlWZKd56G0UNYYJSLPVFo3x7t3kNDF+ba0Iehc7BBisLo
 lm9yVvXODPQRH+bFSPbHAwJ5JzN6pqS2YA3VdXYOqVcGWvyJnoQCkd+JGH0jMzNwUIZe5OWY6KR
 NQytjev0TXS0rCNW6Uy4sX/WL7y19KEfQRl04UKyEazxLGQz2EkLrsdi3WoPysjqO0KR/RZ8uhl
 e3K/a6sx0GjNH2+rvu98o5bD7gH1puUg=
X-Google-Smtp-Source: AGHT+IEkTukYLwHGk70tLfo7O+7OLKzLLn2VF4/EbWGEWci5yh1CoUmH1arLBEuecyg0+GcUOUnE6Q==
X-Received: by 2002:a05:600c:3114:b0:439:6118:c188 with SMTP id
 5b1f17b1804b1-442fd63c6f6mr156401195e9.19.1747761349350; 
 Tue, 20 May 2025 10:15:49 -0700 (PDT)
Received: from [192.168.1.31]
 (86-44-211-146-dynamic.agg2.lod.rsl-rtd.eircom.net. [86.44.211.146])
 by smtp.googlemail.com with ESMTPSA id
 5b1f17b1804b1-447f1ef032esm41115205e9.9.2025.05.20.10.15.48
 (version=TLS1_3 cipher=TLS_AES_128_GCM_SHA256 bits=128/128);
 Tue, 20 May 2025 10:15:48 -0700 (PDT)
Content-Type: multipart/mixed; boundary="------------hUFu1efUobkn8cAsRx0aRKmD"
Message-ID: <7519d002-85b9-41eb-a951-c865841e40de@draigBrady.com>
Date: Tue, 20 May 2025 18:15:48 +0100
MIME-Version: 1.0
User-Agent: Mozilla Thunderbird Beta
Subject: Re: bug#78507: [Security] Heap Buffer Overflow in GNU Coreutils sort
 (CWE-122)
From: =?UTF-8?Q?P=C3=A1draig_Brady?= <P@draigBrady.com>
To: Med Maatallah <hotelsmaatallahrecemail@gmail.com>, 78507@debbugs.gnu.org
References: <CANjhWwyKrQ+HjVh3abYGSo46sRaTUm77mGO8KPKmo56qhTfO1g@mail.gmail.com>
 <3b02f5c2-c584-4557-a19a-678e1d82a492@draigBrady.com>
Content-Language: en-US
In-Reply-To: <3b02f5c2-c584-4557-a19a-678e1d82a492@draigBrady.com>
X-Spam-Score: 0.0 (/)
X-Debbugs-Envelope-To: 78507
X-BeenThere: debbugs-submit@debbugs.gnu.org
X-Mailman-Version: 2.1.18
Precedence: list
List-Id: <debbugs-submit.debbugs.gnu.org>
List-Unsubscribe: <https://debbugs.gnu.org/cgi-bin/mailman/options/debbugs-submit>, 
 <mailto:debbugs-submit-request@debbugs.gnu.org?subject=unsubscribe>
List-Archive: <https://debbugs.gnu.org/cgi-bin/mailman/private/debbugs-submit/>
List-Post: <mailto:debbugs-submit@debbugs.gnu.org>
List-Help: <mailto:debbugs-submit-request@debbugs.gnu.org?subject=help>
List-Subscribe: <https://debbugs.gnu.org/cgi-bin/mailman/listinfo/debbugs-submit>, 
 <mailto:debbugs-submit-request@debbugs.gnu.org?subject=subscribe>
Errors-To: debbugs-submit-bounces@debbugs.gnu.org
Sender: "Debbugs-submit" <debbugs-submit-bounces@debbugs.gnu.org>
X-Spam-Score: -1.0 (-)

This is a multi-part message in MIME format.
--------------hUFu1efUobkn8cAsRx0aRKmD
Content-Type: text/plain; charset=UTF-8; format=flowed
Content-Transfer-Encoding: 8bit

On 20/05/2025 16:15, Pádraig Brady wrote:
> Indeed. I introduced this in coreutils 7.2 (2009).
> One can repro on Fedora for e.g. with:
> 
> _POSIX2_VERSION=200809 LC_ALL=C valgrind sort +0.18446744073709551615R poc_input.txt
> ==984625== Memcheck, a memory error detector
> ==984625== Using Valgrind-3.24.0 and LibVEX; rerun with -h for copyright info
> ==984625== Command: sort +0.18446744073709551615R poc_input.txt
> ==984625==
> ==984625== Invalid read of size 1
> 
> Going back to the more verbose code from coreutils 7.1 avoids the issue.
> I'll test a bit more here and post a full patch in a while.

The attached patch addresses the issue here,
and includes a test verified to trigger with ASAN or valgrind available.
I'll push this later.

thanks,
Pádraig
--------------hUFu1efUobkn8cAsRx0aRKmD
Content-Type: text/x-patch; charset=UTF-8; name="sort-under-read.patch"
Content-Disposition: attachment; filename="sort-under-read.patch"
Content-Transfer-Encoding: base64
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--------------hUFu1efUobkn8cAsRx0aRKmD--




From debbugs-submit-bounces@debbugs.gnu.org Tue May 20 14:24:16 2025
Received: (at 78507) by debbugs.gnu.org; 20 May 2025 18:24:16 +0000
Received: from localhost ([127.0.0.1]:35211 helo=debbugs.gnu.org)
	by debbugs.gnu.org with esmtp (Exim 4.84_2)
	(envelope-from <debbugs-submit-bounces@debbugs.gnu.org>)
	id 1uHRdQ-0001ap-2H
	for submit@debbugs.gnu.org; Tue, 20 May 2025 14:24:16 -0400
Received: from mail.cs.ucla.edu ([131.179.128.66]:33232)
 by debbugs.gnu.org with esmtps (TLS1.2:ECDHE_RSA_AES_256_GCM_SHA384:256)
 (Exim 4.84_2) (envelope-from <eggert@cs.ucla.edu>)
 id 1uHRdM-0001a0-H1
 for 78507@debbugs.gnu.org; Tue, 20 May 2025 14:24:13 -0400
Received: from localhost (localhost [127.0.0.1])
 by mail.cs.ucla.edu (Postfix) with ESMTP id 132F63C0149FB;
 Tue, 20 May 2025 11:24:05 -0700 (PDT)
Received: from mail.cs.ucla.edu ([127.0.0.1])
 by localhost (mail.cs.ucla.edu [127.0.0.1]) (amavis, port 10032) with ESMTP
 id A3YOilBzk7w5; Tue, 20 May 2025 11:24:05 -0700 (PDT)
Received: from localhost (localhost [127.0.0.1])
 by mail.cs.ucla.edu (Postfix) with ESMTP id DF9063C0149FD;
 Tue, 20 May 2025 11:24:04 -0700 (PDT)
DKIM-Filter: OpenDKIM Filter v2.10.3 mail.cs.ucla.edu DF9063C0149FD
DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed; d=cs.ucla.edu;
 s=9D0B346E-2AEB-11ED-9476-E14B719DCE6C; t=1747765444;
 bh=MUcWPla3VqoB9V8pWhmDmZZPRYk+tVKHnSjI0xaAbDE=;
 h=Message-ID:Date:MIME-Version:To:From;
 b=HS8UIgWUaa5vTgLhe84tsU6ZHJyOAvxilYoPWv3wq+RBz14N70TF8qvywympggF8g
 fVik5/X5SkmFFqT1yOsOpyjGl5YYwr6xPSJsQmnK1hbRFA791Ql9bTO35TK5OoPCWL
 UJXL67loNwVVN2sUakkNbb3Fhgqn3NkhlP0aXOy9cZRG2uTTOTg3xjzSzPgz/EGlMK
 WXkLPBdaDx4y4Ydvg3xD+G+Fcse+4AV+d71hntj0SzaH5vdIn6j9FejnKhqCSNVW0N
 3Dw1GsTF/tpdlZKf+1MNxwSmucheUvstfsM9h51aV7sOTTPNaqMFt181lgR/CeC2dj
 p4RR6aV6tFx3Q==
X-Virus-Scanned: amavis at mail.cs.ucla.edu
Received: from mail.cs.ucla.edu ([127.0.0.1])
 by localhost (mail.cs.ucla.edu [127.0.0.1]) (amavis, port 10026) with ESMTP
 id gNbPM-4snnQ2; Tue, 20 May 2025 11:24:04 -0700 (PDT)
Received: from [192.168.254.12]
 (47-147-225-25.fdr01.snmn.ca.ip.frontiernet.net [47.147.225.25])
 by mail.cs.ucla.edu (Postfix) with ESMTPSA id B46463C0149FB;
 Tue, 20 May 2025 11:24:04 -0700 (PDT)
Message-ID: <41216275-c84c-4d1a-bdea-b3f28652cbf7@cs.ucla.edu>
Date: Tue, 20 May 2025 11:24:04 -0700
MIME-Version: 1.0
User-Agent: Mozilla Thunderbird
Subject: Re: bug#78507: [Security] Heap Buffer Overflow in GNU Coreutils sort
 (CWE-122)
To: =?UTF-8?Q?P=C3=A1draig_Brady?= <P@draigBrady.com>,
 Med Maatallah <hotelsmaatallahrecemail@gmail.com>, 78507@debbugs.gnu.org
References: <CANjhWwyKrQ+HjVh3abYGSo46sRaTUm77mGO8KPKmo56qhTfO1g@mail.gmail.com>
 <3b02f5c2-c584-4557-a19a-678e1d82a492@draigBrady.com>
 <7519d002-85b9-41eb-a951-c865841e40de@draigBrady.com>
Content-Language: en-US
From: Paul Eggert <eggert@cs.ucla.edu>
Organization: UCLA Computer Science Department
In-Reply-To: <7519d002-85b9-41eb-a951-c865841e40de@draigBrady.com>
Content-Type: text/plain; charset=UTF-8; format=flowed
Content-Transfer-Encoding: quoted-printable
X-Spam-Score: 0.0 (/)
X-Debbugs-Envelope-To: 78507
X-BeenThere: debbugs-submit@debbugs.gnu.org
X-Mailman-Version: 2.1.18
Precedence: list
List-Id: <debbugs-submit.debbugs.gnu.org>
List-Unsubscribe: <https://debbugs.gnu.org/cgi-bin/mailman/options/debbugs-submit>, 
 <mailto:debbugs-submit-request@debbugs.gnu.org?subject=unsubscribe>
List-Archive: <https://debbugs.gnu.org/cgi-bin/mailman/private/debbugs-submit/>
List-Post: <mailto:debbugs-submit@debbugs.gnu.org>
List-Help: <mailto:debbugs-submit-request@debbugs.gnu.org?subject=help>
List-Subscribe: <https://debbugs.gnu.org/cgi-bin/mailman/listinfo/debbugs-submit>, 
 <mailto:debbugs-submit-request@debbugs.gnu.org?subject=subscribe>
Errors-To: debbugs-submit-bounces@debbugs.gnu.org
Sender: "Debbugs-submit" <debbugs-submit-bounces@debbugs.gnu.org>
X-Spam-Score: -1.0 (-)

On 2025-05-20 10:15, P=C3=A1draig Brady wrote:

> The attached patch addresses the issue here,
> and includes a test verified to trigger with ASAN or valgrind available=
.

Thanks. A nit: the patch doesn't include the change to NEWS.




From debbugs-submit-bounces@debbugs.gnu.org Tue May 20 14:37:37 2025
Received: (at 78507-done) by debbugs.gnu.org; 20 May 2025 18:37:37 +0000
Received: from localhost ([127.0.0.1]:35392 helo=debbugs.gnu.org)
	by debbugs.gnu.org with esmtp (Exim 4.84_2)
	(envelope-from <debbugs-submit-bounces@debbugs.gnu.org>)
	id 1uHRqL-00032i-3g
	for submit@debbugs.gnu.org; Tue, 20 May 2025 14:37:37 -0400
Received: from mail-wr1-x42d.google.com ([2a00:1450:4864:20::42d]:59625)
 by debbugs.gnu.org with esmtps (TLS1.2:ECDHE_RSA_AES_128_GCM_SHA256:128)
 (Exim 4.84_2) (envelope-from <pixelbeat@gmail.com>)
 id 1uHRqH-000325-SN
 for 78507-done@debbugs.gnu.org; Tue, 20 May 2025 14:37:34 -0400
Received: by mail-wr1-x42d.google.com with SMTP id
 ffacd0b85a97d-3a361b8a66cso2711017f8f.2
 for <78507-done@debbugs.gnu.org>; Tue, 20 May 2025 11:37:33 -0700 (PDT)
DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed;
 d=gmail.com; s=20230601; t=1747766247; x=1748371047; darn=debbugs.gnu.org;
 h=content-transfer-encoding:in-reply-to:from:content-language
 :references:to:subject:user-agent:mime-version:date:message-id
 :sender:from:to:cc:subject:date:message-id:reply-to;
 bh=z6riEtpbbcFHZkeipVmZha6/s9ELn0CbOzFxLF9qGb0=;
 b=GU4ocjcR54/2sABBA8YWSxs4GoYC1rXM+Mb2rtMTNtdszrqlnJvVzwYitMld/6Gexx
 yp/xJNskVb3N2O25/alo+zX8vhEu7NjXGT3Lr7PfSin1tc4L55isySe8+inSCIMAtxsd
 Tn0ck3ZQYkF91Dl+ivoZl8TX1Wgb0HpcIdF9ilWxn0G3Z29UgkUo4br/DtIiDqMbbiK4
 HsvKMsj+eafI9AWZTVd0kPg7rj8/tmt8zhTONR+Vql2cNRbqMQjpAYlola+UcDRUFwiy
 mPHJqTmjMNmVjs3lNBk3Hl10wL1qbQQ9/WCMZKT4VDW1q1fA1XYzODRqFCuFcgmQgUjC
 Mkug==
X-Google-DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed;
 d=1e100.net; s=20230601; t=1747766247; x=1748371047;
 h=content-transfer-encoding:in-reply-to:from:content-language
 :references:to:subject:user-agent:mime-version:date:message-id
 :sender:x-gm-message-state:from:to:cc:subject:date:message-id
 :reply-to;
 bh=z6riEtpbbcFHZkeipVmZha6/s9ELn0CbOzFxLF9qGb0=;
 b=kxjjZhu5B4QOI/Oc1ZEdLqQ8nYUKq9wp0Eco8vDgbo2H+GEz3gVDCd7qBgDjWf/QmJ
 +EsekbzDi6TV6ZKW1T5REy23Fi+h9YpqTA7/kMkcuBkp1oq0SU46Au4kwv7oArVysfkl
 R3XX7MAo/Df9CVZnyRATDbKo8bJElTODaHeFNZaNj2ByEyoIrVE8tvAt2f0kLL+IbV1e
 VPH2JjvYG/bePOcKInlCkYeOE2YHwRurWGqOjO5Oph1BoMC1lLrIxnHenWdYAoxhd1NY
 KT9HJ4Hijt2OS3NbizbMif9s5yN7YR5DnTaqwIqKdQk+vVNobHQPljOb9pN0KLiAP0WN
 ZFzQ==
X-Forwarded-Encrypted: i=1;
 AJvYcCW/9pqhHv7/Jt077vp+uMydW7rfLGEvvjtB53Eunbp305QKSiHnQUL/lo/c93akcV6knhBIdy/EPc1q@debbugs.gnu.org
X-Gm-Message-State: AOJu0YxZZ0almV0bDagg6c12QEqPNjzFiO74F2HsRg3rZh3l6o1Q8qIm
 x25y/NFqLF2N+Qx1TLgLvsJv6JLugaNZzrbD6K8LtPz+ktvNhzzHfO68
X-Gm-Gg: ASbGncsqpreh1yPGhYUbYOUL40wNDCtVXOATfVXhS4rUEuR3RR95Hw38KBOla5r5Uiu
 W4UKx4r2Bh1UjGZN8bbrFQKW1h5Y9nfh+ECglt3Pp/0tMv1J7yXKlv8SD8Xffcys4TZI2UqN6JR
 JjMiGA8LKPWgEg7WvhX3ofEfDaXkul9Zdi7Sd4cMAwMh7JEcHdMf8SHHKbKH/wOLPw/PjKn/tk1
 zNoTpnMmp4e6V4mTqXQpmRTqcN6d2RmT387a/VhjQA1UAFMkQL4+PFIlLumIlQ5ZCqoYDWruddi
 t+G/ftd29Q0YPb2ey7qv6HSyalUV3bUXwKTdXrl/aVvbUCHTmT0ghFvu/p2QTNbak2kTbzZYWWW
 gdQ7pgsa9LwZCbC7yDsAx+5nyDrtywI8=
X-Google-Smtp-Source: AGHT+IH2WFXQ0qtxMksQuv/HU1T9uabWY11acRWTr/4zJqCAC+Dt8EbzvnKq+5kkxkx8uXn/tTVNXw==
X-Received: by 2002:a05:6000:2507:b0:3a3:67bb:8f3a with SMTP id
 ffacd0b85a97d-3a367bb915cmr12546615f8f.14.1747766246833; 
 Tue, 20 May 2025 11:37:26 -0700 (PDT)
Received: from [192.168.1.31]
 (86-44-211-146-dynamic.agg2.lod.rsl-rtd.eircom.net. [86.44.211.146])
 by smtp.googlemail.com with ESMTPSA id
 ffacd0b85a97d-3a3699a9bf3sm12187808f8f.54.2025.05.20.11.37.26
 (version=TLS1_3 cipher=TLS_AES_128_GCM_SHA256 bits=128/128);
 Tue, 20 May 2025 11:37:26 -0700 (PDT)
Message-ID: <ecab8b39-2761-4bac-9de5-fd1fe1d1a626@draigBrady.com>
Date: Tue, 20 May 2025 19:37:25 +0100
MIME-Version: 1.0
User-Agent: Mozilla Thunderbird Beta
Subject: Re: bug#78507: [Security] Heap Buffer Overflow in GNU Coreutils sort
 (CWE-122)
To: Paul Eggert <eggert@cs.ucla.edu>,
 Med Maatallah <hotelsmaatallahrecemail@gmail.com>, 78507-done@debbugs.gnu.org
References: <CANjhWwyKrQ+HjVh3abYGSo46sRaTUm77mGO8KPKmo56qhTfO1g@mail.gmail.com>
 <3b02f5c2-c584-4557-a19a-678e1d82a492@draigBrady.com>
 <7519d002-85b9-41eb-a951-c865841e40de@draigBrady.com>
 <41216275-c84c-4d1a-bdea-b3f28652cbf7@cs.ucla.edu>
Content-Language: en-US
From: =?UTF-8?Q?P=C3=A1draig_Brady?= <P@draigBrady.com>
In-Reply-To: <41216275-c84c-4d1a-bdea-b3f28652cbf7@cs.ucla.edu>
Content-Type: text/plain; charset=UTF-8; format=flowed
Content-Transfer-Encoding: 8bit
X-Spam-Score: 0.0 (/)
X-Debbugs-Envelope-To: 78507-done
X-BeenThere: debbugs-submit@debbugs.gnu.org
X-Mailman-Version: 2.1.18
Precedence: list
List-Id: <debbugs-submit.debbugs.gnu.org>
List-Unsubscribe: <https://debbugs.gnu.org/cgi-bin/mailman/options/debbugs-submit>, 
 <mailto:debbugs-submit-request@debbugs.gnu.org?subject=unsubscribe>
List-Archive: <https://debbugs.gnu.org/cgi-bin/mailman/private/debbugs-submit/>
List-Post: <mailto:debbugs-submit@debbugs.gnu.org>
List-Help: <mailto:debbugs-submit-request@debbugs.gnu.org?subject=help>
List-Subscribe: <https://debbugs.gnu.org/cgi-bin/mailman/listinfo/debbugs-submit>, 
 <mailto:debbugs-submit-request@debbugs.gnu.org?subject=subscribe>
Errors-To: debbugs-submit-bounces@debbugs.gnu.org
Sender: "Debbugs-submit" <debbugs-submit-bounces@debbugs.gnu.org>
X-Spam-Score: -1.0 (-)

On 20/05/2025 19:24, Paul Eggert wrote:
> On 2025-05-20 10:15, Pádraig Brady wrote:
> 
>> The attached patch addresses the issue here,
>> and includes a test verified to trigger with ASAN or valgrind available.
> 
> Thanks. A nit: the patch doesn't include the change to NEWS.

Good spot.
Fixed and pushed.
Marking this as done.

thanks,
Pádraig




From unknown Fri Jun 20 07:25:10 2025
Received: (at fakecontrol) by fakecontrolmessage;
To: internal_control@debbugs.gnu.org
From: Debbugs Internal Request <help-debbugs@gnu.org>
Subject: Internal Control
Message-Id: bug archived.
Date: Wed, 18 Jun 2025 11:24:08 +0000
User-Agent: Fakemail v42.6.9

# This is a fake control message.
#
# The action:
# bug archived.
thanks
# This fakemail brought to you by your local debbugs
# administrator