Fixes in html files of entries of 1992

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Cody Boone Ferguson committed 2024-06-22 12:11:29 -07:00
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@@ -39,22 +39,20 @@ An alternate version of this entry, [albert.alt.c](%%REPO_URL%%/1992/albert/albe
Leo Broukhis, before he was an IOCCC judge, sent the IOCCC
judges this Email message:
```
From: leo _at_ zycad -dot- com (Leo Broukhis)
Date: Tue, 30 Jan 96 17:37:51 PST
To: judges _at_ toad -dot- com
Subject: IOCCC 1992 - a bug
Dear Judges,
albert.c (even in its fixed form) still has a bug. Although I don't
remember the number that exposed the bug (afair, resulting in coredump)
in albert.orig.c that has been fixed in albert.c,
I've found a number exposing another bug: 10000000001 (that's 9 0's).
Both albert and albert.orig loop without printing anything, although
the first factor is 101 and is usually found in an instant.
```
> From: leo _at_ zycad -dot- com (Leo Broukhis)<br>
> Date: Tue, 30 Jan 96 17:37:51 PST<br>
> To: judges _at_ toad -dot- com<br>
> Subject: IOCCC 1992 - a bug<br>
>
> Dear Judges,
>
> `albert.c` (even in its fixed form) still has a bug. Although I don't
> remember the number that exposed the bug (afair, resulting in coredump)
> in `albert.orig.c` that has been fixed in `albert.c`,
>
> I've found a number exposing another bug: 10000000001 (that's 9 0's).
> Both albert and albert.orig loop without printing anything, although
> the first factor is 101 and is usually found in an instant.
The [albert.alt.c](%%REPO_URL%%/1992/albert/albert.alt.c) file is the fixed file, whereas the
[albert.c](%%REPO_URL%%/1992/albert/albert.c) is the file before applying Leo Broukhis' fix.
@@ -155,7 +153,7 @@ for some years.
recursion and is quite jumpy. This program shares these disadvantages in a
modified form.
4. The Conversion is to be found in Knuth, not so the Observation. The
Observation: "if it ends in a zero, it is divisible by ten".
Observation: "_if it ends in a zero, it is divisible by ten_".
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@@ -416,20 +416,19 @@ Location: <a href="../../location.html#NL">NL</a> - <em>Kingdom of the Netherlan
<p>An alternate version of this entry, <a href="https://github.com/ioccc-src/temp-test-ioccc/blob/master/1992/albert/albert.alt.c">albert.alt.c</a>, is provided.
Leo Broukhis, before he was an IOCCC judge, sent the IOCCC
judges this Email message:</p>
<pre><code> From: leo _at_ zycad -dot- com (Leo Broukhis)
Date: Tue, 30 Jan 96 17:37:51 PST
To: judges _at_ toad -dot- com
Subject: IOCCC 1992 - a bug
Dear Judges,
albert.c (even in its fixed form) still has a bug. Although I don&#39;t
remember the number that exposed the bug (afair, resulting in coredump)
in albert.orig.c that has been fixed in albert.c,
I&#39;ve found a number exposing another bug: 10000000001 (that&#39;s 9 0&#39;s).
Both albert and albert.orig loop without printing anything, although
the first factor is 101 and is usually found in an instant.</code></pre>
<blockquote>
<p>From: leo <em>at</em> zycad -dot- com (Leo Broukhis)<br>
Date: Tue, 30 Jan 96 17:37:51 PST<br>
To: judges <em>at</em> toad -dot- com<br>
Subject: IOCCC 1992 - a bug<br></p>
<p>Dear Judges,</p>
<p><code>albert.c</code> (even in its fixed form) still has a bug. Although I don’t
remember the number that exposed the bug (afair, resulting in coredump)
in <code>albert.orig.c</code> that has been fixed in <code>albert.c</code>,</p>
<p>I’ve found a number exposing another bug: 10000000001 (that’s 9 0’s).
Both albert and albert.orig loop without printing anything, although
the first factor is 101 and is usually found in an instant.</p>
</blockquote>
<p>The <a href="https://github.com/ioccc-src/temp-test-ioccc/blob/master/1992/albert/albert.alt.c">albert.alt.c</a> file is the fixed file, whereas the
<a href="https://github.com/ioccc-src/temp-test-ioccc/blob/master/1992/albert/albert.c">albert.c</a> is the file before applying Leo Broukhis’ fix.</p>
<h3 id="alternate-build">Alternate build:</h3>
@@ -489,7 +488,7 @@ for some years.</li>
recursion and is quite jumpy. This program shares these disadvantages in a
modified form.</li>
<li>The Conversion is to be found in Knuth, not so the Observation. The
Observation: “if it ends in a zero, it is divisible by ten”.</li>
Observation: “<em>if it ends in a zero, it is divisible by ten</em>”.</li>
</ol>
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