By changing the _inventory_order_ of the compressed tarball from
**100000** to **1415926535**, the compressed tarball will land at
the top of the secondary file list and remain still easy to find.
Updated the `manifest.numbers` spreadsheet and rebuilt
the `.entry.json` files.
Added `next/` directory to hold the next IOCCC rules and guidelines.
Added `next/README.md` that `bin/gen-top-html.sh` uses to form
the `next/index.html` file.
Added _Rules and Guidelines_ link to the sidenav bar to link to the
`next/index.html` file.
Added _IOCCC Rules_ as `next/rules.md` that `bin/gen-top-html.sh`
uses to form the `next/rules.html` file.
Added _IOCCC Guidelines_ as `next/guidelines.md` that `bin/gen-top-html.sh`
uses to form the `next/guidelines.html` file.
Changed `bin/gen-top-html.sh` VERSION from "1.2.4 2024-04-13"
to "1.3 2024-04-14".
Prevent `pandoc(1)` from interpreting the commented out language
of a markdown code block as a code class. So a markdown such as:
````
``` <!---sh-->
...
```
````
that produced HTML of the form:
```html
<pre class="<!---sh-->"><code>...</code></pre>
```
will now produce HTML of the form:
```html
<pre><code>...</code></pre>
```
NOTE: Before when the language of a markdown code block
was not commented, the HTML produced by `pandoc(1)` was
oddly indented with extra whitespace on the first line
of the code block. While commenting out the language
of the code block removed some of the odd intending,
it left a weird class in the HTML pre block that
surrounded the HTML code block. This hack prevents
`pandoc(1)` from assigning a class to the HTML pre block.
Changed `in/md2html.sh` VERSION from "1.2.1 2024-04-13"
to "1.3 2024-04-14".
Added `make gen_sitemap` to end of both `make www` and `make
quick_www` in top level Makefile.
Ram `make www` to test under macOS and to perform the above.
**IMPORTANT NOTE**: The current `next/rules.md` and `next/guidelines.md`
are simply the 2020 IOCCC Rules and Guidelines converted into
markdown form. There are **NOT** the Rules and Guidelines that
will be used the IOCCC MOCK, nor the next IOCCC.
TODO: Improve the `bin/gen-status.sh` tool to modify the top of the
`next/rules.md` and `next/guidelines.md` files to keep them
in sync with the _contest_status_ as found in `status.json`.
TODO: Improve the look and feel of the `next/rules.md` and
`next/guidelines.md` markdown files.
To build:
make
To use:
./klausler arg1 arg2 | head
Try:
./try.sh
Judges' remarks:
To reduce the size of the source, include other people's data. That is what Peter suggests when he describes how to generate a critical header file.
In other words: make use of other words! :-)
Rules might have to be changed!
Author's remarks:
A useful tool to help one appear extra smart and witty when IRCing, or even to just be highly annoying.
Finds best anagrams for word or phrase given as program arguments. Use only
lower-case letters in these arguments. Output is sorted firstly in ascending
order of word count (fewer words are better) and secondly in descending order
of word length. Pipe the output into more(1)/less(1)/head(1) and you're likely
to find the most amusing possibilities in the first few screenfuls of output.
For example, ./klausler fawlty towers | more quickly prints "waterfowl sty". The
fewer obscure short words in your system's dictionary, the better the quality
of the output; indeed, all one-letter words apart from a, i, and s (for
plurals) are ignored when the dictionary is constructed by make dict.h.
Some history and explanation: When I noticed the call for entries in this year's IOCCC, I submitted two of them. I worked on the first one very hard to obfuscate it beautifully, using a goofy algorithm, wonderful two's-complement arithmetic tricks, and cute formatting. It was a glorious work so lovely as to make even strong men weep in admiration... but it didn't win anything. On the other hand, this crappy little other program, which was only mildly obfuscated from its original hacked form, took home an award!
I'm embarrassed to admit that I don't even know which specific rule this entry
has abused. It's just yet another anagram generator and it was written very
late one night. And now I honestly do not know how it works, so please don't
ask. Upon reviewing the program after its unexpected honor, I guess that it's
remarkable only for its complete lack of macros, sneaky naming, main()
recursion, or other tricks. Enjoy!