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fix problematic HTML caused by certain trailing backslashes

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In cases that are **outside of a markdown code block**,
a markdown line with ending in a tailing "\" can generate
problematic HTML.

We certain trailing backslashes outside of a markdown code block
with "<br>" HTML elements, or in some cases eliminated the
need for a trailing backslash.

In a few cases some unnecessary trailing backslashes inside
of a markdown code block were removed.

The following markdown files were changed in this commit:

```
1990/dds/README.md
1990/jaw/README.md
1991/ant/README.md
1991/rince/README.md
1991/westley/README.md
1992/vern/README.md
1992/westley/README.md
1998/schweikh1/README.md
2004/anonymous/README.md
2005/sykes/README.md
2006/toledo2/README.md
2011/toledo/README.md
2012/endoh2/README.md
2012/tromp/README.md
2013/robison/README.md
2015/hou/README.md
2015/howe/README.md
2015/schweikhardt/README.md
2018/burton1/README.md
2018/burton2/README.md
2018/ferguson/README.md
2018/vokes/README.md
2020/ferguson1/README.md
```

Performed `make www` to test these changes.
This commit is contained in:
Landon Curt Noll committed 2024-04-17 00:25:09 -07:00
1 parent 1785da1728
commit 4c3649a3c1
47 files changed
+481 -502
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2013/robison/index.html
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@@ -160,67 +160,67 @@ Location: <a href="../../location.html#US">US</a> - <em>United States of America
<h2 id="try">Try:</h2>
<pre><code> ./try.sh</code></pre>
<h2 id="judges-remarks">Judges’ remarks:</h2>
<p>Of integers this prog does a lot,<br />
<p>Of integers this prog does a lot,<br>
plus minus, div times (and what not).</p>
<p>And modulus if remainders the needing,<br />
<p>And modulus if remainders the needing,<br>
on standard input percent be feeding.</p>
<p>More than one line can thru give input,<br />
<p>More than one line can thru give input,<br>
when interactive one values more than throughput.</p>
<p>With cut and paste and some time,<br />
<p>With cut and paste and some time,<br>
one can compute M(23209).</p>
<h2 id="authors-remarks">Author’s remarks:</h2>
<h3 id="oh-the-strings-you-can-c">Oh, The Strings You Can C!</h3>
<p>I love the C language; its terseness is tops.<br />
<p>I love the C language; its terseness is tops.<br>
But the thing I abhor is numerical ops!</p>
<p>No shifting, division, remainder, or times.<br />
No increment, decrement, or subscripting blech,<br />
No addition, subtraction, or bitwise bool glop.<br />
<p>No shifting, division, remainder, or times.<br>
No increment, decrement, or subscripting blech,<br>
No addition, subtraction, or bitwise bool glop.<br>
As for pointer arithmetic – totally yech!</p>
<p>But I do have a pref’rence, for pointer deref’rence.<br />
I find NOTS are a bang, and relations a ball.<br />
I like calling routines, and recursions in essence.<br />
<p>But I do have a pref’rence, for pointer deref’rence.<br>
I find NOTS are a bang, and relations a ball.<br>
I like calling routines, and recursions in essence.<br>
But the thing I like MOST is a string dot h CALL!</p>
<p>With mem copy I copy, and mem set I clear.<br />
Take string len of this, and string copy that.<br />
From my keyboard I pause, to hear subroutines dear:<br />
<p>With mem copy I copy, and mem set I clear.<br>
Take string len of this, and string copy that.<br>
From my keyboard I pause, to hear subroutines dear:<br>
The bark of string chrr, and the purr of string CAT!</p>
<p>One tiny detail that could lead to defeat.<br />
From where an arg points: string calls only go forth,<br />
So how to go back, to be Turing complete?<br />
<p>One tiny detail that could lead to defeat.<br>
From where an arg points: string calls only go forth,<br>
So how to go back, to be Turing complete?<br>
From standard dot H, to the rescue, q SORT!</p>
<p>My fixation might hint at a textual bent.<br />
Does my program compose a tattoo for your shin?<br />
Play crosswords or translate from Urdu to Tzouby?<br />
<p>My fixation might hint at a textual bent.<br>
Does my program compose a tattoo for your shin?<br>
Play crosswords or translate from Urdu to Tzouby?<br>
To give it a whirl, just punch 2 + 2 in.</p>
<p>You can add, do division, and multiply too.<br />
Take unary minus and also subtract.<br />
Summing hairs of a walrus? No longer a fuss.<br />
<p>You can add, do division, and multiply too.<br>
Take unary minus and also subtract.<br>
Summing hairs of a walrus? No longer a fuss.<br>
Parenthetical grouping – no pushing a stack!</p>
<p>Try dividing a <a href="https://en.wikipedia.org/wiki/Googol">googol</a> by one forty three,<br />
Subtract an <a href="https://en.wikipedia.org/wiki/Names_of_large_numbers">octillion</a> - it’s simply divine.<br />
To compute a remainder, inscribe a percent.<br />
<p>Try dividing a <a href="https://en.wikipedia.org/wiki/Googol">googol</a> by one forty three,<br>
Subtract an <a href="https://en.wikipedia.org/wiki/Names_of_large_numbers">octillion</a> - it’s simply divine.<br>
To compute a remainder, inscribe a percent.<br>
For the sign of the answer, see C ninety nine!</p>
<p>A hundred and twenty five digits or so,<br />
Are the lengthiest figures the program can gnash.<br />
Go over that limit, by even a digit:<br />
<p>A hundred and twenty five digits or so,<br>
Are the lengthiest figures the program can gnash.<br>
Go over that limit, by even a digit:<br>
Risk incorrect answers, or witness a crash!</p>
<p>Say, say, does it have octal or binary zen?<br />
What about duodecimal, ternary, hex?<br />
Try the base as an option (of course in base ten)<br />
<p>Say, say, does it have octal or binary zen?<br>
What about duodecimal, ternary, hex?<br>
Try the base as an option (of course in base ten)<br>
Any base two to twenty – for that is the specs.</p>
<p>Use lowercase in trans-decimal radix,<br />
Divide <em>babbage</em> (in base seventeen) by <em>cafe</em> –<br />
a nice <em>fad</em>, but avoid a division by nix:<br />
<p>Use lowercase in trans-decimal radix,<br>
Divide <em>babbage</em> (in base seventeen) by <em>cafe</em> –<br>
a nice <em>fad</em>, but avoid a division by nix:<br>
No errant result, but you could wait all day!</p>
<p>To grok the internals, ask <a href="https://en.wikipedia.org/wiki/Cleopatra">Queen Cleopatra</a>,<br />
or <a href="https://en.wikipedia.org/wiki/Tutankhamun">King Tutankhamun</a>; for him it’s a romp.<br />
Addition by cats, and if given two figures,<br />
<p>To grok the internals, ask <a href="https://en.wikipedia.org/wiki/Cleopatra">Queen Cleopatra</a>,<br>
or <a href="https://en.wikipedia.org/wiki/Tutankhamun">King Tutankhamun</a>; for him it’s a romp.<br>
Addition by cats, and if given two figures,<br>
to tell which is bigger, sort down and string CMP!</p>
<p>Unlawful subtraction, a grade school infraction,<br />
starts at the left and works to the right.<br />
Yet more innovation: like <a href="https://en.wikipedia.org/wiki/Ford_Motor_Company">Henry Ford’s cars</a>,<br />
<p>Unlawful subtraction, a grade school infraction,<br>
starts at the left and works to the right.<br>
Yet more innovation: like <a href="https://en.wikipedia.org/wiki/Ford_Motor_Company">Henry Ford’s cars</a>,<br>
With a pound and define, mass production of vars!</p>
<p>The moral is clear, for programmers out there:<br />
<p>The moral is clear, for programmers out there:<br>
With the C lib for strings, you can hack with a flair.</p>
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